[PATCHSET wq/for-4.9] workqueue: make workqueue available very early during boot

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* [PATCHSET wq/for-4.9] workqueue: make workqueue available very early during boot
@ 2016-09-15 19:30 Tejun Heo
  2016-09-15 19:30 ` [PATCH 1/7] workqueue: make workqueue available " Tejun Heo
                   ` (8 more replies)
  0 siblings, 9 replies; 43+ messages in thread
From: Tejun Heo @ 2016-09-15 19:30 UTC (permalink / raw)
  To: torvalds; +Cc: linux-kernel, jiangshanlai, akpm, kernel-team

Hello,

Workqueue is currently initialized in an early init call; however,
there are cases where early boot code has to be split and reordered to
come after workqueue initialization or the same code path which makes
use of workqueues is used both before workqueue initailization and
after.  The latter cases have to gate workqueue usages with
keventd_up() tests, which is nasty and easy to get wrong.

This patchset makes workqueue creation and work item
queueing/canceling available from very early during boot which allows
all existing usages of keventd_up() which is removed by the last
patch.

This patchset contains the following seven patches.

 0001-workqueue-make-workqueue-available-early-during-boot.patch
 0002-mce-workqueue-remove-keventd_up-usage.patch
 0003-tty-workqueue-remove-keventd_up-usage.patch
 0004-power-workqueue-remove-keventd_up-usage.patch
 0005-slab-workqueue-remove-keventd_up-usage.patch
 0006-debugobj-workqueue-remove-keventd_up-usage.patch
 0007-workqueue-remove-keventd_up.patch

The patchset is also available in the following git branch.

 git://git.kernel.org/pub/scm/linux/kernel/git/tj/wq.git review-wq-early

Once the patches are reviewed, I'll route the patches through the
wq/for-4.9 branch.  diffstat follows.  Thanks.

 arch/x86/kernel/cpu/mcheck/mce.c |    2 -
 drivers/tty/vt/vt.c              |    4 --
 include/linux/workqueue.h        |   11 +----
 init/main.c                      |   10 +++++
 kernel/power/qos.c               |   11 -----
 kernel/workqueue.c               |   77 ++++++++++++++++++++++++++++++---------
 lib/debugobjects.c               |    2 -
 mm/slab.c                        |    7 ---
 8 files changed, 78 insertions(+), 46 deletions(-)

--
tejun

^ permalink raw reply	[flat|nested] 43+ messages in thread

* [PATCH 1/7] workqueue: make workqueue available early during boot
  2016-09-15 19:30 [PATCHSET wq/for-4.9] workqueue: make workqueue available very early during boot Tejun Heo
@ 2016-09-15 19:30 ` Tejun Heo
  2016-09-17 17:23   ` [PATCH v2 " Tejun Heo
  2016-09-15 19:30 ` [PATCH 2/7] mce, workqueue: remove keventd_up() usage Tejun Heo
                   ` (7 subsequent siblings)
  8 siblings, 1 reply; 43+ messages in thread
From: Tejun Heo @ 2016-09-15 19:30 UTC (permalink / raw)
  To: torvalds; +Cc: linux-kernel, jiangshanlai, akpm, kernel-team, Tejun Heo

Workqueue is currently initialized in an early init call; however,
there are cases where early boot code has to be split and reordered to
come after workqueue initialization or the same code path which makes
use of workqueues is used both before workqueue initailization and
after.  The latter cases have to gate workqueue usages with
keventd_up() tests, which is nasty and easy to get wrong.

Workqueue usages have become widespread and it'd be a lot more
convenient if it can be used very early from boot.  This patch splits
workqueue initialization into two steps.  workqueue_init_early() which
sets up the basic data structures so that workqueues can be created
and work items queued, and workqueue_init() which actually brings up
workqueues online and starts executing queued work items.  The former
step can be done very early during boot once memory allocation,
cpumasks and idr are initialized.  The latter right after kthreads
become available.

This allows work item queueing and canceling from very early boot
which is what most of these use cases want.

* As systemd_wq being initialized doesn't indicate that workqueue is
  fully online anymore, update keventd_up() to test wq_online instead.
  The follow-up patches will get rid of all its usages and the
  function itself.

* Flushing doesn't make sense before workqueue is fully initialized.
  The flush functions trigger WARN and return immediately before fully
  online.

* Work items are never in-flight before fully online.  Canceling can
  always succeed by skipping the flush step.

* Some code paths can no longer assume to be called with irq enabled
  as irq is disabled during early boot.  Use irqsave/restore
  operations instead.

Signed-off-by: Tejun Heo <tj@kernel.org>
Suggested-by: Linus Torvalds <torvalds@linux-foundation.org>
Link: http://lkml.kernel.org/r/CA+55aFx0vPuMuxn00rBSM192n-Du5uxy+4AvKa0SBSOVJeuCGg@mail.gmail.com
---
 include/linux/workqueue.h |  7 ++++-
 init/main.c               | 10 ++++++
 kernel/workqueue.c        | 77 +++++++++++++++++++++++++++++++++++++----------
 3 files changed, 77 insertions(+), 17 deletions(-)

diff --git a/include/linux/workqueue.h b/include/linux/workqueue.h
index 26cc1df..91d416f 100644
--- a/include/linux/workqueue.h
+++ b/include/linux/workqueue.h
@@ -358,6 +358,8 @@ extern struct workqueue_struct *system_freezable_wq;
 extern struct workqueue_struct *system_power_efficient_wq;
 extern struct workqueue_struct *system_freezable_power_efficient_wq;
 
+extern bool wq_online;
+
 extern struct workqueue_struct *
 __alloc_workqueue_key(const char *fmt, unsigned int flags, int max_active,
 	struct lock_class_key *key, const char *lock_name, ...) __printf(1, 6);
@@ -594,7 +596,7 @@ static inline bool schedule_delayed_work(struct delayed_work *dwork,
  */
 static inline bool keventd_up(void)
 {
-	return system_wq != NULL;
+	return wq_online;
 }
 
 #ifndef CONFIG_SMP
@@ -631,4 +633,7 @@ int workqueue_online_cpu(unsigned int cpu);
 int workqueue_offline_cpu(unsigned int cpu);
 #endif
 
+int __init workqueue_init_early(void);
+int __init workqueue_init(void);
+
 #endif
diff --git a/init/main.c b/init/main.c
index a8a58e2..5c4fd68 100644
--- a/init/main.c
+++ b/init/main.c
@@ -551,6 +551,14 @@ asmlinkage __visible void __init start_kernel(void)
 		 "Interrupts were enabled *very* early, fixing it\n"))
 		local_irq_disable();
 	idr_init_cache();
+
+	/*
+	 * Allow workqueue creation and work item queueing/cancelling
+	 * early.  Work item execution depends on kthreads and starts after
+	 * workqueue_init().
+	 */
+	workqueue_init_early();
+
 	rcu_init();
 
 	/* trace_printk() and trace points may be used after this */
@@ -1005,6 +1013,8 @@ static noinline void __init kernel_init_freeable(void)
 
 	smp_prepare_cpus(setup_max_cpus);
 
+	workqueue_init();
+
 	do_pre_smp_initcalls();
 	lockup_detector_init();
 
diff --git a/kernel/workqueue.c b/kernel/workqueue.c
index ef071ca..a05ab14 100644
--- a/kernel/workqueue.c
+++ b/kernel/workqueue.c
@@ -290,6 +290,8 @@ module_param_named(disable_numa, wq_disable_numa, bool, 0444);
 static bool wq_power_efficient = IS_ENABLED(CONFIG_WQ_POWER_EFFICIENT_DEFAULT);
 module_param_named(power_efficient, wq_power_efficient, bool, 0444);
 
+bool wq_online;				/* can kworkers be created yet? */
+
 static bool wq_numa_enabled;		/* unbound NUMA affinity enabled */
 
 /* buf for wq_update_unbound_numa_attrs(), protected by CPU hotplug exclusion */
@@ -2583,6 +2585,9 @@ void flush_workqueue(struct workqueue_struct *wq)
 	};
 	int next_color;
 
+	if (WARN_ON(!wq_online))
+		return;
+
 	lock_map_acquire(&wq->lockdep_map);
 	lock_map_release(&wq->lockdep_map);
 
@@ -2843,6 +2848,9 @@ bool flush_work(struct work_struct *work)
 {
 	struct wq_barrier barr;
 
+	if (WARN_ON(!wq_online))
+		return false;
+
 	lock_map_acquire(&work->lockdep_map);
 	lock_map_release(&work->lockdep_map);
 
@@ -2913,7 +2921,13 @@ static bool __cancel_work_timer(struct work_struct *work, bool is_dwork)
 	mark_work_canceling(work);
 	local_irq_restore(flags);
 
-	flush_work(work);
+	/*
+	 * This allows canceling during early boot.  We know that @work
+	 * isn't executing.
+	 */
+	if (wq_online)
+		flush_work(work);
+
 	clear_work_data(work);
 
 	/*
@@ -3352,7 +3366,7 @@ static struct worker_pool *get_unbound_pool(const struct workqueue_attrs *attrs)
 		goto fail;
 
 	/* create and start the initial worker */
-	if (!create_worker(pool))
+	if (wq_online && !create_worker(pool))
 		goto fail;
 
 	/* install */
@@ -3417,6 +3431,7 @@ static void pwq_adjust_max_active(struct pool_workqueue *pwq)
 {
 	struct workqueue_struct *wq = pwq->wq;
 	bool freezable = wq->flags & WQ_FREEZABLE;
+	unsigned long flags;
 
 	/* for @wq->saved_max_active */
 	lockdep_assert_held(&wq->mutex);
@@ -3425,7 +3440,8 @@ static void pwq_adjust_max_active(struct pool_workqueue *pwq)
 	if (!freezable && pwq->max_active == wq->saved_max_active)
 		return;
 
-	spin_lock_irq(&pwq->pool->lock);
+	/* this function can be called during early boot w/ irq disabled */
+	spin_lock_irqsave(&pwq->pool->lock, flags);
 
 	/*
 	 * During [un]freezing, the caller is responsible for ensuring that
@@ -3448,7 +3464,7 @@ static void pwq_adjust_max_active(struct pool_workqueue *pwq)
 		pwq->max_active = 0;
 	}
 
-	spin_unlock_irq(&pwq->pool->lock);
+	spin_unlock_irqrestore(&pwq->pool->lock, flags);
 }
 
 /* initialize newly alloced @pwq which is associated with @wq and @pool */
@@ -5455,7 +5471,17 @@ static void __init wq_numa_init(void)
 	wq_numa_enabled = true;
 }
 
-static int __init init_workqueues(void)
+/**
+ * workqueue_init_early - early init for workqueue subsystem
+ *
+ * This is the first half of two-staged workqueue subsystem initialization
+ * and invoked as soon as the bare basics - memory allocation, cpumasks and
+ * idr are up.  It sets up all the data structures and system workqueues
+ * and allows early boot code to create workqueues and queue/cancel work
+ * items.  Actual work item execution starts only after kthreads can be
+ * created and scheduled right before early initcalls.
+ */
+int __init workqueue_init_early(void)
 {
 	int std_nice[NR_STD_WORKER_POOLS] = { 0, HIGHPRI_NICE_LEVEL };
 	int i, cpu;
@@ -5488,16 +5514,6 @@ static int __init init_workqueues(void)
 		}
 	}
 
-	/* create the initial worker */
-	for_each_online_cpu(cpu) {
-		struct worker_pool *pool;
-
-		for_each_cpu_worker_pool(pool, cpu) {
-			pool->flags &= ~POOL_DISASSOCIATED;
-			BUG_ON(!create_worker(pool));
-		}
-	}
-
 	/* create default unbound and ordered wq attrs */
 	for (i = 0; i < NR_STD_WORKER_POOLS; i++) {
 		struct workqueue_attrs *attrs;
@@ -5538,4 +5554,33 @@ static int __init init_workqueues(void)
 
 	return 0;
 }
-early_initcall(init_workqueues);
+
+/**
+ * workqueue_init - bring workqueue subsystem fully online
+ *
+ * This is the latter half of two-staged workqueue subsystem initialization
+ * and invoked as soon as kthreads can be created and scheduled.
+ * Workqueues have been created and work items queued on them, but there
+ * are no kworkers executing the work items yet.  Populate the worker pools
+ * with the initial workers and enable future kworker creations.
+ */
+int __init workqueue_init(void)
+{
+	struct worker_pool *pool;
+	int cpu, bkt;
+
+	/* create the initial workers */
+	for_each_online_cpu(cpu) {
+		for_each_cpu_worker_pool(pool, cpu) {
+			pool->flags &= ~POOL_DISASSOCIATED;
+			BUG_ON(!create_worker(pool));
+		}
+	}
+
+	hash_for_each(unbound_pool_hash, bkt, pool, hash_node)
+		BUG_ON(!create_worker(pool));
+
+	wq_online = true;
+
+	return 0;
+}
-- 
2.7.4

^ permalink raw reply related	[flat|nested] 43+ messages in thread

* [PATCH v2 1/7] workqueue: make workqueue available early during boot
  2016-09-15 19:30 ` [PATCH 1/7] workqueue: make workqueue available " Tejun Heo
@ 2016-09-17 17:23   ` Tejun Heo
  2016-10-10 10:22     ` Oops on Power8 (was Re: [PATCH v2 1/7] workqueue: make workqueue available early during boot) Michael Ellerman
  0 siblings, 1 reply; 43+ messages in thread
From: Tejun Heo @ 2016-09-17 17:23 UTC (permalink / raw)
  To: torvalds; +Cc: linux-kernel, jiangshanlai, akpm, kernel-team

>From f85002f627f7fdc7b3cda526863f5c9a8d36b997 Mon Sep 17 00:00:00 2001
From: Tejun Heo <tj@kernel.org>
Date: Fri, 16 Sep 2016 15:49:32 -0400
Subject: [PATCH] workqueue: make workqueue available early during boot

Workqueue is currently initialized in an early init call; however,
there are cases where early boot code has to be split and reordered to
come after workqueue initialization or the same code path which makes
use of workqueues is used both before workqueue initailization and
after.  The latter cases have to gate workqueue usages with
keventd_up() tests, which is nasty and easy to get wrong.

Workqueue usages have become widespread and it'd be a lot more
convenient if it can be used very early from boot.  This patch splits
workqueue initialization into two steps.  workqueue_init_early() which
sets up the basic data structures so that workqueues can be created
and work items queued, and workqueue_init() which actually brings up
workqueues online and starts executing queued work items.  The former
step can be done very early during boot once memory allocation,
cpumasks and idr are initialized.  The latter right after kthreads
become available.

This allows work item queueing and canceling from very early boot
which is what most of these use cases want.

* As systemd_wq being initialized doesn't indicate that workqueue is
  fully online anymore, update keventd_up() to test wq_online instead.
  The follow-up patches will get rid of all its usages and the
  function itself.

* Flushing doesn't make sense before workqueue is fully initialized.
  The flush functions trigger WARN and return immediately before fully
  online.

* Work items are never in-flight before fully online.  Canceling can
  always succeed by skipping the flush step.

* Some code paths can no longer assume to be called with irq enabled
  as irq is disabled during early boot.  Use irqsave/restore
  operations instead.

v2: Watchdog init, which requires timer to be running, moved from
    workqueue_init_early() to workqueue_init().

Signed-off-by: Tejun Heo <tj@kernel.org>
Suggested-by: Linus Torvalds <torvalds@linux-foundation.org>
Link: http://lkml.kernel.org/r/CA+55aFx0vPuMuxn00rBSM192n-Du5uxy+4AvKa0SBSOVJeuCGg@mail.gmail.com
---
Hello,

0day bot detected warning during boot due to workqueue hang watchdog
being initialized before timer subsystem is online.  Moved watchdog
init to late init.

Thanks.

 include/linux/workqueue.h |    7 +++-
 init/main.c               |   10 ++++++
 kernel/workqueue.c        |   76 ++++++++++++++++++++++++++++++++++++----------
 3 files changed, 76 insertions(+), 17 deletions(-)

--- a/include/linux/workqueue.h
+++ b/include/linux/workqueue.h
@@ -358,6 +358,8 @@ extern struct workqueue_struct *system_f
 extern struct workqueue_struct *system_power_efficient_wq;
 extern struct workqueue_struct *system_freezable_power_efficient_wq;
 
+extern bool wq_online;
+
 extern struct workqueue_struct *
 __alloc_workqueue_key(const char *fmt, unsigned int flags, int max_active,
 	struct lock_class_key *key, const char *lock_name, ...) __printf(1, 6);
@@ -594,7 +596,7 @@ static inline bool schedule_delayed_work
  */
 static inline bool keventd_up(void)
 {
-	return system_wq != NULL;
+	return wq_online;
 }
 
 #ifndef CONFIG_SMP
@@ -631,4 +633,7 @@ int workqueue_online_cpu(unsigned int cp
 int workqueue_offline_cpu(unsigned int cpu);
 #endif
 
+int __init workqueue_init_early(void);
+int __init workqueue_init(void);
+
 #endif
--- a/init/main.c
+++ b/init/main.c
@@ -551,6 +551,14 @@ asmlinkage __visible void __init start_k
 		 "Interrupts were enabled *very* early, fixing it\n"))
 		local_irq_disable();
 	idr_init_cache();
+
+	/*
+	 * Allow workqueue creation and work item queueing/cancelling
+	 * early.  Work item execution depends on kthreads and starts after
+	 * workqueue_init().
+	 */
+	workqueue_init_early();
+
 	rcu_init();
 
 	/* trace_printk() and trace points may be used after this */
@@ -1005,6 +1013,8 @@ static noinline void __init kernel_init_
 
 	smp_prepare_cpus(setup_max_cpus);
 
+	workqueue_init();
+
 	do_pre_smp_initcalls();
 	lockup_detector_init();
 
--- a/kernel/workqueue.c
+++ b/kernel/workqueue.c
@@ -290,6 +290,8 @@ module_param_named(disable_numa, wq_disa
 static bool wq_power_efficient = IS_ENABLED(CONFIG_WQ_POWER_EFFICIENT_DEFAULT);
 module_param_named(power_efficient, wq_power_efficient, bool, 0444);
 
+bool wq_online;				/* can kworkers be created yet? */
+
 static bool wq_numa_enabled;		/* unbound NUMA affinity enabled */
 
 /* buf for wq_update_unbound_numa_attrs(), protected by CPU hotplug exclusion */
@@ -2583,6 +2585,9 @@ void flush_workqueue(struct workqueue_st
 	};
 	int next_color;
 
+	if (WARN_ON(!wq_online))
+		return;
+
 	lock_map_acquire(&wq->lockdep_map);
 	lock_map_release(&wq->lockdep_map);
 
@@ -2843,6 +2848,9 @@ bool flush_work(struct work_struct *work
 {
 	struct wq_barrier barr;
 
+	if (WARN_ON(!wq_online))
+		return false;
+
 	lock_map_acquire(&work->lockdep_map);
 	lock_map_release(&work->lockdep_map);
 
@@ -2913,7 +2921,13 @@ static bool __cancel_work_timer(struct w
 	mark_work_canceling(work);
 	local_irq_restore(flags);
 
-	flush_work(work);
+	/*
+	 * This allows canceling during early boot.  We know that @work
+	 * isn't executing.
+	 */
+	if (wq_online)
+		flush_work(work);
+
 	clear_work_data(work);
 
 	/*
@@ -3352,7 +3366,7 @@ static struct worker_pool *get_unbound_p
 		goto fail;
 
 	/* create and start the initial worker */
-	if (!create_worker(pool))
+	if (wq_online && !create_worker(pool))
 		goto fail;
 
 	/* install */
@@ -3417,6 +3431,7 @@ static void pwq_adjust_max_active(struct
 {
 	struct workqueue_struct *wq = pwq->wq;
 	bool freezable = wq->flags & WQ_FREEZABLE;
+	unsigned long flags;
 
 	/* for @wq->saved_max_active */
 	lockdep_assert_held(&wq->mutex);
@@ -3425,7 +3440,8 @@ static void pwq_adjust_max_active(struct
 	if (!freezable && pwq->max_active == wq->saved_max_active)
 		return;
 
-	spin_lock_irq(&pwq->pool->lock);
+	/* this function can be called during early boot w/ irq disabled */
+	spin_lock_irqsave(&pwq->pool->lock, flags);
 
 	/*
 	 * During [un]freezing, the caller is responsible for ensuring that
@@ -3448,7 +3464,7 @@ static void pwq_adjust_max_active(struct
 		pwq->max_active = 0;
 	}
 
-	spin_unlock_irq(&pwq->pool->lock);
+	spin_unlock_irqrestore(&pwq->pool->lock, flags);
 }
 
 /* initialize newly alloced @pwq which is associated with @wq and @pool */
@@ -5455,7 +5471,17 @@ static void __init wq_numa_init(void)
 	wq_numa_enabled = true;
 }
 
-static int __init init_workqueues(void)
+/**
+ * workqueue_init_early - early init for workqueue subsystem
+ *
+ * This is the first half of two-staged workqueue subsystem initialization
+ * and invoked as soon as the bare basics - memory allocation, cpumasks and
+ * idr are up.  It sets up all the data structures and system workqueues
+ * and allows early boot code to create workqueues and queue/cancel work
+ * items.  Actual work item execution starts only after kthreads can be
+ * created and scheduled right before early initcalls.
+ */
+int __init workqueue_init_early(void)
 {
 	int std_nice[NR_STD_WORKER_POOLS] = { 0, HIGHPRI_NICE_LEVEL };
 	int i, cpu;
@@ -5488,16 +5514,6 @@ static int __init init_workqueues(void)
 		}
 	}
 
-	/* create the initial worker */
-	for_each_online_cpu(cpu) {
-		struct worker_pool *pool;
-
-		for_each_cpu_worker_pool(pool, cpu) {
-			pool->flags &= ~POOL_DISASSOCIATED;
-			BUG_ON(!create_worker(pool));
-		}
-	}
-
 	/* create default unbound and ordered wq attrs */
 	for (i = 0; i < NR_STD_WORKER_POOLS; i++) {
 		struct workqueue_attrs *attrs;
@@ -5534,8 +5550,36 @@ static int __init init_workqueues(void)
 	       !system_power_efficient_wq ||
 	       !system_freezable_power_efficient_wq);
 
+	return 0;
+}
+
+/**
+ * workqueue_init - bring workqueue subsystem fully online
+ *
+ * This is the latter half of two-staged workqueue subsystem initialization
+ * and invoked as soon as kthreads can be created and scheduled.
+ * Workqueues have been created and work items queued on them, but there
+ * are no kworkers executing the work items yet.  Populate the worker pools
+ * with the initial workers and enable future kworker creations.
+ */
+int __init workqueue_init(void)
+{
+	struct worker_pool *pool;
+	int cpu, bkt;
+
+	/* create the initial workers */
+	for_each_online_cpu(cpu) {
+		for_each_cpu_worker_pool(pool, cpu) {
+			pool->flags &= ~POOL_DISASSOCIATED;
+			BUG_ON(!create_worker(pool));
+		}
+	}
+
+	hash_for_each(unbound_pool_hash, bkt, pool, hash_node)
+		BUG_ON(!create_worker(pool));
+
+	wq_online = true;
 	wq_watchdog_init();
 
 	return 0;
 }
-early_initcall(init_workqueues);

^ permalink raw reply	[flat|nested] 43+ messages in thread

* Oops on Power8 (was Re: [PATCH v2 1/7] workqueue: make workqueue available early during boot)
  2016-09-17 17:23   ` [PATCH v2 " Tejun Heo
@ 2016-10-10 10:22     ` Michael Ellerman
  2016-10-10 11:17       ` Balbir Singh
  2016-10-10 13:02       ` Tejun Heo
  0 siblings, 2 replies; 43+ messages in thread
From: Michael Ellerman @ 2016-10-10 10:22 UTC (permalink / raw)
  To: Tejun Heo, torvalds
  Cc: linux-kernel, jiangshanlai, akpm, kernel-team, linuxppc-dev

Hi Tejun,

Tejun Heo <tj@kernel.org> writes:
> From f85002f627f7fdc7b3cda526863f5c9a8d36b997 Mon Sep 17 00:00:00 2001
> From: Tejun Heo <tj@kernel.org>
> Date: Fri, 16 Sep 2016 15:49:32 -0400
> Subject: [PATCH] workqueue: make workqueue available early during boot
>
> Workqueue is currently initialized in an early init call; however,
> there are cases where early boot code has to be split and reordered to
> come after workqueue initialization or the same code path which makes
> use of workqueues is used both before workqueue initailization and
> after.  The latter cases have to gate workqueue usages with
> keventd_up() tests, which is nasty and easy to get wrong.
>
> Workqueue usages have become widespread and it'd be a lot more
> convenient if it can be used very early from boot.  This patch splits
> workqueue initialization into two steps.  workqueue_init_early() which
> sets up the basic data structures so that workqueues can be created
> and work items queued, and workqueue_init() which actually brings up
> workqueues online and starts executing queued work items.  The former
> step can be done very early during boot once memory allocation,
> cpumasks and idr are initialized.  The latter right after kthreads
> become available.
>
> This allows work item queueing and canceling from very early boot
> which is what most of these use cases want.
>
> * As systemd_wq being initialized doesn't indicate that workqueue is
>   fully online anymore, update keventd_up() to test wq_online instead.
>   The follow-up patches will get rid of all its usages and the
>   function itself.
>
> * Flushing doesn't make sense before workqueue is fully initialized.
>   The flush functions trigger WARN and return immediately before fully
>   online.
>
> * Work items are never in-flight before fully online.  Canceling can
>   always succeed by skipping the flush step.
>
> * Some code paths can no longer assume to be called with irq enabled
>   as irq is disabled during early boot.  Use irqsave/restore
>   operations instead.
>
> v2: Watchdog init, which requires timer to be running, moved from
>     workqueue_init_early() to workqueue_init().
>
> Signed-off-by: Tejun Heo <tj@kernel.org>
> Suggested-by: Linus Torvalds <torvalds@linux-foundation.org>
> Link: http://lkml.kernel.org/r/CA+55aFx0vPuMuxn00rBSM192n-Du5uxy+4AvKa0SBSOVJeuCGg@mail.gmail.com


This patch seems to be causing one of my Power8 boxes not to boot.

Specifically commit 3347fa092821 ("workqueue: make workqueue available
early during boot") in linux-next.

If I revert this on top of next-20161005 then the machine boots again.

I've attached the oops below. It looks like the cfs_rq of p->se is NULL?

cheers


bootconsole [udbg0] disabled
bootconsole [udbg0] disabled
mempolicy: Enabling automatic NUMA balancing. Configure with numa_balancing= or the kernel.numa_balancing sysctl
pid_max: default: 163840 minimum: 1280
Dentry cache hash table entries: 16777216 (order: 11, 134217728 bytes)
Inode-cache hash table entries: 8388608 (order: 10, 67108864 bytes)
Mount-cache hash table entries: 262144 (order: 5, 2097152 bytes)
Mountpoint-cache hash table entries: 262144 (order: 5, 2097152 bytes)
Unable to handle kernel paging request for data at address 0x00000038
Faulting instruction address: 0xc0000000000fc0cc
Oops: Kernel access of bad area, sig: 11 [#1]
SMP NR_CPUS=2048 NUMA PowerNV
Modules linked in:
CPU: 0 PID: 1 Comm: swapper/0 Not tainted 4.8.0-compiler_gcc-6.2.0-next-20161005 #94
task: c0000007f5400000 task.stack: c000001ffc084000
NIP: c0000000000fc0cc LR: c0000000000ed928 CTR: c0000000000fbfd0
REGS: c000001ffc087780 TRAP: 0300   Not tainted  (4.8.0-compiler_gcc-6.2.0-next-20161005)
MSR: 9000000002009033 <SF,HV,VEC,EE,ME,IR,DR,RI,LE>  CR: 48000424  XER: 00000000
CFAR: c0000000000089dc DAR: 0000000000000038 DSISR: 40000000 SOFTE: 0 
GPR00: c0000000000ed928 c000001ffc087a00 c000000000e63200 c000000010d6d600 
GPR04: c0000007f5409200 0000000000000021 000000000748e08c 000000000000001f 
GPR08: 0000000000000000 0000000000000021 000000000748f1f8 0000000000000000 
GPR12: 0000000028000422 c00000000fb80000 c00000000000e0c8 0000000000000000 
GPR16: 0000000000000000 0000000000000000 0000000000000021 0000000000000001 
GPR20: ffffffffafb50401 0000000000000000 c000000010d6d600 000000000000ba7e 
GPR24: 000000000000ba7e c000000000d8bc58 afb504000afb5041 0000000000000001 
GPR28: 0000000000000000 0000000000000004 c0000007f5409280 0000000000000000 
NIP [c0000000000fc0cc] enqueue_task_fair+0xfc/0x18b0
LR [c0000000000ed928] activate_task+0x78/0xe0
Call Trace:
[c000001ffc087a00] [c0000007f5409200] 0xc0000007f5409200 (unreliable)
[c000001ffc087b10] [c0000000000ed928] activate_task+0x78/0xe0
[c000001ffc087b50] [c0000000000ede58] ttwu_do_activate+0x68/0xc0
[c000001ffc087b90] [c0000000000ef1b8] try_to_wake_up+0x208/0x4f0
[c000001ffc087c10] [c0000000000d3484] create_worker+0x144/0x250
[c000001ffc087cb0] [c000000000cd72d0] workqueue_init+0x124/0x150
[c000001ffc087d00] [c000000000cc0e74] kernel_init_freeable+0x158/0x360
[c000001ffc087dc0] [c00000000000e0e4] kernel_init+0x24/0x160
[c000001ffc087e30] [c00000000000bfa0] ret_from_kernel_thread+0x5c/0xbc
Instruction dump:
62940401 3b800000 3aa00000 7f17c378 3a600001 3b600001 60000000 60000000 
60420000 72490021 ebfe0150 2f890001 <ebbf0038> 419e0de0 7fbee840 419e0e58 
---[ end trace 0000000000000000 ]---


c0000000000fbfd0 <enqueue_task_fair>:
r4 = p
...
c0000000000fc040:	80 00 c4 3b 	addi    r30,r4,128	r30 = r4 + 128	(&p->se)
...
c0000000000fc0c4:	50 01 fe eb 	ld      r31,336(r30)	r31 = *(r30 + 336) = se->cfs_rq
c0000000000fc0c8:	01 00 89 2f 	cmpwi   cr7,r9,1
c0000000000fc0cc:	38 00 bf eb 	ld      r29,56(r31)	r29 = cfs_rq->curr

^ permalink raw reply	[flat|nested] 43+ messages in thread

* Re: Oops on Power8 (was Re: [PATCH v2 1/7] workqueue: make workqueue available early during boot)
  2016-10-10 10:22     ` Oops on Power8 (was Re: [PATCH v2 1/7] workqueue: make workqueue available early during boot) Michael Ellerman
@ 2016-10-10 11:17       ` Balbir Singh
  2016-10-10 12:53         ` Tejun Heo
  2016-10-10 13:02       ` Tejun Heo
  1 sibling, 1 reply; 43+ messages in thread
From: Balbir Singh @ 2016-10-10 11:17 UTC (permalink / raw)
  To: Michael Ellerman, Tejun Heo, torvalds
  Cc: linuxppc-dev, akpm, kernel-team, jiangshanlai, linux-kernel



On 10/10/16 21:22, Michael Ellerman wrote:
> Hi Tejun,
> 
> Tejun Heo <tj@kernel.org> writes:
>> From f85002f627f7fdc7b3cda526863f5c9a8d36b997 Mon Sep 17 00:00:00 2001
>> From: Tejun Heo <tj@kernel.org>
>> Date: Fri, 16 Sep 2016 15:49:32 -0400
>> Subject: [PATCH] workqueue: make workqueue available early during boot
>>
>> Workqueue is currently initialized in an early init call; however,
>> there are cases where early boot code has to be split and reordered to
>> come after workqueue initialization or the same code path which makes
>> use of workqueues is used both before workqueue initailization and
>> after.  The latter cases have to gate workqueue usages with
>> keventd_up() tests, which is nasty and easy to get wrong.
>>
>> Workqueue usages have become widespread and it'd be a lot more
>> convenient if it can be used very early from boot.  This patch splits
>> workqueue initialization into two steps.  workqueue_init_early() which
>> sets up the basic data structures so that workqueues can be created
>> and work items queued, and workqueue_init() which actually brings up
>> workqueues online and starts executing queued work items.  The former
>> step can be done very early during boot once memory allocation,
>> cpumasks and idr are initialized.  The latter right after kthreads
>> become available.
>>
>> This allows work item queueing and canceling from very early boot
>> which is what most of these use cases want.
>>
>> * As systemd_wq being initialized doesn't indicate that workqueue is
>>   fully online anymore, update keventd_up() to test wq_online instead.
>>   The follow-up patches will get rid of all its usages and the
>>   function itself.
>>
>> * Flushing doesn't make sense before workqueue is fully initialized.
>>   The flush functions trigger WARN and return immediately before fully
>>   online.
>>
>> * Work items are never in-flight before fully online.  Canceling can
>>   always succeed by skipping the flush step.
>>
>> * Some code paths can no longer assume to be called with irq enabled
>>   as irq is disabled during early boot.  Use irqsave/restore
>>   operations instead.
>>
>> v2: Watchdog init, which requires timer to be running, moved from
>>     workqueue_init_early() to workqueue_init().
>>
>> Signed-off-by: Tejun Heo <tj@kernel.org>
>> Suggested-by: Linus Torvalds <torvalds@linux-foundation.org>
>> Link: http://lkml.kernel.org/r/CA+55aFx0vPuMuxn00rBSM192n-Du5uxy+4AvKa0SBSOVJeuCGg@mail.gmail.com
> 
> 
> This patch seems to be causing one of my Power8 boxes not to boot.
> 
> Specifically commit 3347fa092821 ("workqueue: make workqueue available
> early during boot") in linux-next.
> 
> If I revert this on top of next-20161005 then the machine boots again.
> 
> I've attached the oops below. It looks like the cfs_rq of p->se is NULL?
> 
> cheers
> 
> 
> bootconsole [udbg0] disabled
> bootconsole [udbg0] disabled
> mempolicy: Enabling automatic NUMA balancing. Configure with numa_balancing= or the kernel.numa_balancing sysctl
> pid_max: default: 163840 minimum: 1280
> Dentry cache hash table entries: 16777216 (order: 11, 134217728 bytes)
> Inode-cache hash table entries: 8388608 (order: 10, 67108864 bytes)
> Mount-cache hash table entries: 262144 (order: 5, 2097152 bytes)
> Mountpoint-cache hash table entries: 262144 (order: 5, 2097152 bytes)
> Unable to handle kernel paging request for data at address 0x00000038
> Faulting instruction address: 0xc0000000000fc0cc
> Oops: Kernel access of bad area, sig: 11 [#1]
> SMP NR_CPUS=2048 NUMA PowerNV
> Modules linked in:
> CPU: 0 PID: 1 Comm: swapper/0 Not tainted 4.8.0-compiler_gcc-6.2.0-next-20161005 #94
> task: c0000007f5400000 task.stack: c000001ffc084000
> NIP: c0000000000fc0cc LR: c0000000000ed928 CTR: c0000000000fbfd0
> REGS: c000001ffc087780 TRAP: 0300   Not tainted  (4.8.0-compiler_gcc-6.2.0-next-20161005)
> MSR: 9000000002009033 <SF,HV,VEC,EE,ME,IR,DR,RI,LE>  CR: 48000424  XER: 00000000
> CFAR: c0000000000089dc DAR: 0000000000000038 DSISR: 40000000 SOFTE: 0 
> GPR00: c0000000000ed928 c000001ffc087a00 c000000000e63200 c000000010d6d600 
> GPR04: c0000007f5409200 0000000000000021 000000000748e08c 000000000000001f 
> GPR08: 0000000000000000 0000000000000021 000000000748f1f8 0000000000000000 
> GPR12: 0000000028000422 c00000000fb80000 c00000000000e0c8 0000000000000000 
> GPR16: 0000000000000000 0000000000000000 0000000000000021 0000000000000001 
> GPR20: ffffffffafb50401 0000000000000000 c000000010d6d600 000000000000ba7e 
> GPR24: 000000000000ba7e c000000000d8bc58 afb504000afb5041 0000000000000001 
> GPR28: 0000000000000000 0000000000000004 c0000007f5409280 0000000000000000 
> NIP [c0000000000fc0cc] enqueue_task_fair+0xfc/0x18b0
> LR [c0000000000ed928] activate_task+0x78/0xe0
> Call Trace:
> [c000001ffc087a00] [c0000007f5409200] 0xc0000007f5409200 (unreliable)
> [c000001ffc087b10] [c0000000000ed928] activate_task+0x78/0xe0
> [c000001ffc087b50] [c0000000000ede58] ttwu_do_activate+0x68/0xc0
> [c000001ffc087b90] [c0000000000ef1b8] try_to_wake_up+0x208/0x4f0
> [c000001ffc087c10] [c0000000000d3484] create_worker+0x144/0x250
> [c000001ffc087cb0] [c000000000cd72d0] workqueue_init+0x124/0x150
> [c000001ffc087d00] [c000000000cc0e74] kernel_init_freeable+0x158/0x360
> [c000001ffc087dc0] [c00000000000e0e4] kernel_init+0x24/0x160
> [c000001ffc087e30] [c00000000000bfa0] ret_from_kernel_thread+0x5c/0xbc
> Instruction dump:
> 62940401 3b800000 3aa00000 7f17c378 3a600001 3b600001 60000000 60000000 
> 60420000 72490021 ebfe0150 2f890001 <ebbf0038> 419e0de0 7fbee840 419e0e58 
> ---[ end trace 0000000000000000 ]---
> 
> 
> c0000000000fbfd0 <enqueue_task_fair>:
> r4 = p
> ...
> c0000000000fc040:	80 00 c4 3b 	addi    r30,r4,128	r30 = r4 + 128	(&p->se)
> ...
> c0000000000fc0c4:	50 01 fe eb 	ld      r31,336(r30)	r31 = *(r30 + 336) = se->cfs_rq
> c0000000000fc0c8:	01 00 89 2f 	cmpwi   cr7,r9,1
> c0000000000fc0cc:	38 00 bf eb 	ld      r29,56(r31)	r29 = cfs_rq->curr
> 

I think there is a race

rest_init()
{
	...
	kernel_thread(kernel_init, NULL, CLONE_FS);
	numa_default_policy();
	pid = kernel_thread(kthreadd, NULL, CLONE_FS | CLONE_FILES);
	rcu_read_lock();
	kthreadd_task = find_task_by_pid_ns(pid, &init_pid_ns);
	...

}

create_worker() needs kthreadd, it wakes up kthreadd in kthread_create_on_node,
workqueue_init() is called from kernel_init() , but kthreadd is created after
the call to kernel_init(), so its touch and go

Balbir Singh.

^ permalink raw reply	[flat|nested] 43+ messages in thread

* Re: Oops on Power8 (was Re: [PATCH v2 1/7] workqueue: make workqueue available early during boot)
  2016-10-10 11:17       ` Balbir Singh
@ 2016-10-10 12:53         ` Tejun Heo
  2016-10-10 13:22           ` Balbir Singh
  0 siblings, 1 reply; 43+ messages in thread
From: Tejun Heo @ 2016-10-10 12:53 UTC (permalink / raw)
  To: Balbir Singh
  Cc: Michael Ellerman, torvalds, linuxppc-dev, akpm, kernel-team,
	jiangshanlai, linux-kernel

On Mon, Oct 10, 2016 at 10:17:16PM +1100, Balbir Singh wrote:
> rest_init()
> {
> 	...
> 	kernel_thread(kernel_init, NULL, CLONE_FS);
> 	numa_default_policy();
> 	pid = kernel_thread(kthreadd, NULL, CLONE_FS | CLONE_FILES);
> 	rcu_read_lock();
> 	kthreadd_task = find_task_by_pid_ns(pid, &init_pid_ns);
> 	...
> 
> }
> 
> create_worker() needs kthreadd, it wakes up kthreadd in kthread_create_on_node,
> workqueue_init() is called from kernel_init() , but kthreadd is created after
> the call to kernel_init(), so its touch and go

But the first thing kernel_init_freeable() does is
wait_for_completion(&kthreadd_done).

Thanks.

-- 
tejun

^ permalink raw reply	[flat|nested] 43+ messages in thread

* Re: Oops on Power8 (was Re: [PATCH v2 1/7] workqueue: make workqueue available early during boot)
  2016-10-10 12:53         ` Tejun Heo
@ 2016-10-10 13:22           ` Balbir Singh
  0 siblings, 0 replies; 43+ messages in thread
From: Balbir Singh @ 2016-10-10 13:22 UTC (permalink / raw)
  To: Tejun Heo
  Cc: Michael Ellerman, torvalds, linuxppc-dev, akpm, kernel-team,
	jiangshanlai, linux-kernel



On 10/10/16 23:53, Tejun Heo wrote:
> On Mon, Oct 10, 2016 at 10:17:16PM +1100, Balbir Singh wrote:
>> rest_init()
>> {
>> 	...
>> 	kernel_thread(kernel_init, NULL, CLONE_FS);
>> 	numa_default_policy();
>> 	pid = kernel_thread(kthreadd, NULL, CLONE_FS | CLONE_FILES);
>> 	rcu_read_lock();
>> 	kthreadd_task = find_task_by_pid_ns(pid, &init_pid_ns);
>> 	...
>>
>> }
>>
>> create_worker() needs kthreadd, it wakes up kthreadd in kthread_create_on_node,
>> workqueue_init() is called from kernel_init() , but kthreadd is created after
>> the call to kernel_init(), so its touch and go
> 
> But the first thing kernel_init_freeable() does is
> wait_for_completion(&kthreadd_done).
> 

Yes, Of course, looking at the stack trace again, it was not the wake_up itself,
but the absence of cfs_rq of p->se that caused the issue. Will try and chase it
down. Quick look shows cgroup_init() has occurred before workqueue_init(), so
ideally p->se.cfs_rq should be allocated.

Sorry for the noise,

Balbir

^ permalink raw reply	[flat|nested] 43+ messages in thread

* Re: Oops on Power8 (was Re: [PATCH v2 1/7] workqueue: make workqueue available early during boot)
  2016-10-10 10:22     ` Oops on Power8 (was Re: [PATCH v2 1/7] workqueue: make workqueue available early during boot) Michael Ellerman
  2016-10-10 11:17       ` Balbir Singh
@ 2016-10-10 13:02       ` Tejun Heo
  2016-10-10 13:14         ` Tejun Heo
  2016-10-11 11:22         ` Michael Ellerman
  1 sibling, 2 replies; 43+ messages in thread
From: Tejun Heo @ 2016-10-10 13:02 UTC (permalink / raw)
  To: Michael Ellerman
  Cc: torvalds, linux-kernel, jiangshanlai, akpm, kernel-team, linuxppc-dev

Hello, Michael.

On Mon, Oct 10, 2016 at 09:22:55PM +1100, Michael Ellerman wrote:
> This patch seems to be causing one of my Power8 boxes not to boot.
> 
> Specifically commit 3347fa092821 ("workqueue: make workqueue available
> early during boot") in linux-next.
> 
> If I revert this on top of next-20161005 then the machine boots again.
> 
> I've attached the oops below. It looks like the cfs_rq of p->se is NULL?

Hah, weird that it's arch dependent, or maybe it's just different
config options.  Most likely, it's caused by workqueue_init() call
being moved too early.  Can you please try the following patch and see
whether the problem goes away?

Thanks.

diff --git a/init/main.c b/init/main.c
index 5c4fd68..fe4fa47 100644
--- a/init/main.c
+++ b/init/main.c
@@ -1013,7 +1013,7 @@ static noinline void __init kernel_init_freeable(void)
 
 	smp_prepare_cpus(setup_max_cpus);
 
-	workqueue_init();
+	//workqueue_init();
 
 	do_pre_smp_initcalls();
 	lockup_detector_init();
diff --git a/kernel/workqueue.c b/kernel/workqueue.c
index ad0cd43..400f5e2 100644
--- a/kernel/workqueue.c
+++ b/kernel/workqueue.c
@@ -5585,3 +5585,4 @@ int __init workqueue_init(void)
 
 	return 0;
 }
+early_initcall(workqueue_init);

^ permalink raw reply related	[flat|nested] 43+ messages in thread

* Re: Oops on Power8 (was Re: [PATCH v2 1/7] workqueue: make workqueue available early during boot)
  2016-10-10 13:02       ` Tejun Heo
@ 2016-10-10 13:14         ` Tejun Heo
  2016-10-11 11:22         ` Michael Ellerman
  1 sibling, 0 replies; 43+ messages in thread
From: Tejun Heo @ 2016-10-10 13:14 UTC (permalink / raw)
  To: Michael Ellerman
  Cc: torvalds, linux-kernel, jiangshanlai, akpm, kernel-team, linuxppc-dev

On Mon, Oct 10, 2016 at 09:02:53AM -0400, Tejun Heo wrote:
> Hello, Michael.
> 
> On Mon, Oct 10, 2016 at 09:22:55PM +1100, Michael Ellerman wrote:
> > This patch seems to be causing one of my Power8 boxes not to boot.
> > 
> > Specifically commit 3347fa092821 ("workqueue: make workqueue available
> > early during boot") in linux-next.
> > 
> > If I revert this on top of next-20161005 then the machine boots again.
> > 
> > I've attached the oops below. It looks like the cfs_rq of p->se is NULL?
> 
> Hah, weird that it's arch dependent, or maybe it's just different
> config options.  Most likely, it's caused by workqueue_init() call
> being moved too early.  Can you please try the following patch and see
> whether the problem goes away?

And if it does, can you please post the boot log with kernel boot
option "initcall_debug=1" specified?

Thanks.

-- 
tejun

^ permalink raw reply	[flat|nested] 43+ messages in thread

* Re: Oops on Power8 (was Re: [PATCH v2 1/7] workqueue: make workqueue available early during boot)
  2016-10-10 13:02       ` Tejun Heo
  2016-10-10 13:14         ` Tejun Heo
@ 2016-10-11 11:22         ` Michael Ellerman
  2016-10-11 12:21           ` Balbir Singh
  2016-10-14 15:07           ` Tejun Heo
  1 sibling, 2 replies; 43+ messages in thread
From: Michael Ellerman @ 2016-10-11 11:22 UTC (permalink / raw)
  To: Tejun Heo
  Cc: torvalds, linux-kernel, jiangshanlai, akpm, kernel-team, linuxppc-dev

Tejun Heo <tj@kernel.org> writes:

> Hello, Michael.
>
> On Mon, Oct 10, 2016 at 09:22:55PM +1100, Michael Ellerman wrote:
>> This patch seems to be causing one of my Power8 boxes not to boot.
>> 
>> Specifically commit 3347fa092821 ("workqueue: make workqueue available
>> early during boot") in linux-next.
>> 
>> If I revert this on top of next-20161005 then the machine boots again.
>> 
>> I've attached the oops below. It looks like the cfs_rq of p->se is NULL?
>
> Hah, weird that it's arch dependent, or maybe it's just different
> config options.  Most likely, it's caused by workqueue_init() call
> being moved too early.  Can you please try the following patch and see
> whether the problem goes away?

No that doesn't help.

What does is this:

diff --git a/kernel/sched/core.c b/kernel/sched/core.c
index 94732d1ab00a..4e79549d242f 100644
--- a/kernel/sched/core.c
+++ b/kernel/sched/core.c
@@ -1614,7 +1614,8 @@ int select_task_rq(struct task_struct *p, int cpu, int sd_flags, int wake_flags)
 	 * [ this allows ->select_task() to simply return task_cpu(p) and
 	 *   not worry about this generic constraint ]
 	 */
-	if (unlikely(!cpumask_test_cpu(cpu, tsk_cpus_allowed(p)) ||
+	if (unlikely(cpu >= nr_cpu_ids ||
+		     !cpumask_test_cpu(cpu, tsk_cpus_allowed(p)) ||
 		     !cpu_online(cpu)))
 		cpu = select_fallback_rq(task_cpu(p), p);

The oops happens because we're in enqueue_task_fair() and p->se->cfs_rq
is NULL.

The cfs_rq is NULL because we did set_task_rq(p, 2048), where 2048 is
NR_CPUS. That causes us to index past the end of the tg->cfs_rq array in
set_task_rq() and happen to get NULL.

We never should have done set_task_rq(p, 2048), because 2048 is >=
nr_cpu_ids, which means it's not a valid CPU number, and set_task_rq()
doesn't cope with that.

The reason we're calling set_task_rq() with CPU 2048 is because
in select_task_rq() we had tsk_nr_cpus_allowed() = 0, because
tsk_cpus_allowed(p) is an empty cpu mask.

That means we do in select_task_rq():
  cpu = cpumask_any(tsk_cpus_allowed(p));                                                                                                                                    

And when tsk_cpus_allowed(p) is empty cpumask_any() returns nr_cpu_ids,
causing cpu to be set to 2048 in my case.

select_task_rq() then does the check to see if it should use a fallback
rq:

if (unlikely(!cpumask_test_cpu(cpu, tsk_cpus_allowed(p)) ||                                                                                                                        
	     !cpu_online(cpu)))
	cpu = select_fallback_rq(task_cpu(p), p);

But in both those checks we end up indexing off the end of the cpu mask,
because cpu is >= nr_cpu_ids. At least on my system they both return
true and so we return cpu == 2048.

The patch above is pretty clearly not the right fix, though maybe it's a
good safety measure.

Presumably we shouldn't be ending up with tsk_cpus_allowed() being
empty, but I haven't had time to track down why that's happening.

cheers

^ permalink raw reply related	[flat|nested] 43+ messages in thread

* Re: Oops on Power8 (was Re: [PATCH v2 1/7] workqueue: make workqueue available early during boot)
  2016-10-11 11:22         ` Michael Ellerman
@ 2016-10-11 12:21           ` Balbir Singh
  2016-10-14 15:08             ` Tejun Heo
  2016-10-14 15:07           ` Tejun Heo
  1 sibling, 1 reply; 43+ messages in thread
From: Balbir Singh @ 2016-10-11 12:21 UTC (permalink / raw)
  To: Michael Ellerman, Tejun Heo
  Cc: linuxppc-dev, jiangshanlai, linux-kernel, akpm, torvalds,
	kernel-team, Peter Zijlstra



On 11/10/16 22:22, Michael Ellerman wrote:
> Tejun Heo <tj@kernel.org> writes:
> 
>> Hello, Michael.
>>
>> On Mon, Oct 10, 2016 at 09:22:55PM +1100, Michael Ellerman wrote:
>>> This patch seems to be causing one of my Power8 boxes not to boot.
>>>
>>> Specifically commit 3347fa092821 ("workqueue: make workqueue available
>>> early during boot") in linux-next.
>>>
>>> If I revert this on top of next-20161005 then the machine boots again.
>>>
>>> I've attached the oops below. It looks like the cfs_rq of p->se is NULL?
>>
>> Hah, weird that it's arch dependent, or maybe it's just different
>> config options.  Most likely, it's caused by workqueue_init() call
>> being moved too early.  Can you please try the following patch and see
>> whether the problem goes away?
> 
> No that doesn't help.
> 
> What does is this:
> 
> diff --git a/kernel/sched/core.c b/kernel/sched/core.c
> index 94732d1ab00a..4e79549d242f 100644
> --- a/kernel/sched/core.c
> +++ b/kernel/sched/core.c
> @@ -1614,7 +1614,8 @@ int select_task_rq(struct task_struct *p, int cpu, int sd_flags, int wake_flags)
>  	 * [ this allows ->select_task() to simply return task_cpu(p) and
>  	 *   not worry about this generic constraint ]
>  	 */
> -	if (unlikely(!cpumask_test_cpu(cpu, tsk_cpus_allowed(p)) ||
> +	if (unlikely(cpu >= nr_cpu_ids ||
> +		     !cpumask_test_cpu(cpu, tsk_cpus_allowed(p)) ||
>  		     !cpu_online(cpu)))
>  		cpu = select_fallback_rq(task_cpu(p), p);
>  
> 
> The oops happens because we're in enqueue_task_fair() and p->se->cfs_rq
> is NULL.
> 
> The cfs_rq is NULL because we did set_task_rq(p, 2048), where 2048 is
> NR_CPUS. That causes us to index past the end of the tg->cfs_rq array in
> set_task_rq() and happen to get NULL.
> 
> We never should have done set_task_rq(p, 2048), because 2048 is >=
> nr_cpu_ids, which means it's not a valid CPU number, and set_task_rq()
> doesn't cope with that.
> 
> The reason we're calling set_task_rq() with CPU 2048 is because
> in select_task_rq() we had tsk_nr_cpus_allowed() = 0, because
> tsk_cpus_allowed(p) is an empty cpu mask.
> 
> That means we do in select_task_rq():
>   cpu = cpumask_any(tsk_cpus_allowed(p));                                                                                                                                    
> 
> And when tsk_cpus_allowed(p) is empty cpumask_any() returns nr_cpu_ids,
> causing cpu to be set to 2048 in my case.
> 
> select_task_rq() then does the check to see if it should use a fallback
> rq:
> 
> if (unlikely(!cpumask_test_cpu(cpu, tsk_cpus_allowed(p)) ||                                                                                                                        
> 	     !cpu_online(cpu)))
> 	cpu = select_fallback_rq(task_cpu(p), p);
> 
> 
> But in both those checks we end up indexing off the end of the cpu mask,
> because cpu is >= nr_cpu_ids. At least on my system they both return
> true and so we return cpu == 2048.
> 
> The patch above is pretty clearly not the right fix, though maybe it's a
> good safety measure.
> 
> Presumably we shouldn't be ending up with tsk_cpus_allowed() being
> empty, but I haven't had time to track down why that's happening.
> 
> cheers
> 

+peterz

FYI: I see the samething on my cpu as well, its just that I get lucky
and cpu_online(cpu) returns false.

I think from a functional perspective we may want to get some additional
debug checks for places where the cpumask is empty early during boot.

Looks like there is a dependency between cpumasks and cpus coming online.
I wonder if we can hit similar issues during hotplug

FWIW, your patch looks correct to me, though one might argue that
cpumask_test_cpu() is a better place to fix it

Balbir Singh

^ permalink raw reply	[flat|nested] 43+ messages in thread

* Re: Oops on Power8 (was Re: [PATCH v2 1/7] workqueue: make workqueue available early during boot)
  2016-10-11 12:21           ` Balbir Singh
@ 2016-10-14 15:08             ` Tejun Heo
  2016-10-15  3:43               ` Balbir Singh
  0 siblings, 1 reply; 43+ messages in thread
From: Tejun Heo @ 2016-10-14 15:08 UTC (permalink / raw)
  To: Balbir Singh
  Cc: Michael Ellerman, linuxppc-dev, jiangshanlai, linux-kernel, akpm,
	torvalds, kernel-team, Peter Zijlstra

Hello, Balbir.

On Tue, Oct 11, 2016 at 11:21:09PM +1100, Balbir Singh wrote:
> FYI: I see the samething on my cpu as well, its just that I get lucky
> and cpu_online(cpu) returns false.

Are you seeing this on x86 or is your test setup also a power machine?

Thanks.

-- 
tejun

^ permalink raw reply	[flat|nested] 43+ messages in thread

* Re: Oops on Power8 (was Re: [PATCH v2 1/7] workqueue: make workqueue available early during boot)
  2016-10-14 15:08             ` Tejun Heo
@ 2016-10-15  3:43               ` Balbir Singh
  0 siblings, 0 replies; 43+ messages in thread
From: Balbir Singh @ 2016-10-15  3:43 UTC (permalink / raw)
  To: Tejun Heo
  Cc: Michael Ellerman, linuxppc-dev, jiangshanlai, linux-kernel, akpm,
	torvalds, kernel-team, Peter Zijlstra



On 15/10/16 02:08, Tejun Heo wrote:
> Hello, Balbir.
> 
> On Tue, Oct 11, 2016 at 11:21:09PM +1100, Balbir Singh wrote:
>> FYI: I see the samething on my cpu as well, its just that I get lucky
>> and cpu_online(cpu) returns false.
> 
> Are you seeing this on x86 or is your test setup also a power machine?
> 
> Thanks.
> 

I saw this on a powerpc box

Balbir Singh.

^ permalink raw reply	[flat|nested] 43+ messages in thread

* Re: Oops on Power8 (was Re: [PATCH v2 1/7] workqueue: make workqueue available early during boot)
  2016-10-11 11:22         ` Michael Ellerman
  2016-10-11 12:21           ` Balbir Singh
@ 2016-10-14 15:07           ` Tejun Heo
  2016-10-15  1:25             ` Balbir Singh
                               ` (2 more replies)
  1 sibling, 3 replies; 43+ messages in thread
From: Tejun Heo @ 2016-10-14 15:07 UTC (permalink / raw)
  To: Michael Ellerman
  Cc: torvalds, linux-kernel, jiangshanlai, akpm, kernel-team, linuxppc-dev

Hello, Michael.

On Tue, Oct 11, 2016 at 10:22:13PM +1100, Michael Ellerman wrote:
> The oops happens because we're in enqueue_task_fair() and p->se->cfs_rq
> is NULL.
> 
> The cfs_rq is NULL because we did set_task_rq(p, 2048), where 2048 is
> NR_CPUS. That causes us to index past the end of the tg->cfs_rq array in
> set_task_rq() and happen to get NULL.
> 
> We never should have done set_task_rq(p, 2048), because 2048 is >=
> nr_cpu_ids, which means it's not a valid CPU number, and set_task_rq()
> doesn't cope with that.

Hmm... it doesn't reproduce it here and can't see how the commit would
affect this given that it doesn't really change when the kworker
kthreads are being created.

> Presumably we shouldn't be ending up with tsk_cpus_allowed() being
> empty, but I haven't had time to track down why that's happening.

Can you please add WARN_ON_ONCE(!tsk_nr_cpus_allowed(p)) to
select_task_rq() and post what that says?

Thanks.

-- 
tejun

^ permalink raw reply	[flat|nested] 43+ messages in thread

* Re: Oops on Power8 (was Re: [PATCH v2 1/7] workqueue: make workqueue available early during boot)
  2016-10-14 15:07           ` Tejun Heo
@ 2016-10-15  1:25             ` Balbir Singh
  2016-10-15  9:48             ` Michael Ellerman
  2016-10-17 12:24               ` Michael Ellerman
  2 siblings, 0 replies; 43+ messages in thread
From: Balbir Singh @ 2016-10-15  1:25 UTC (permalink / raw)
  To: Tejun Heo, Michael Ellerman
  Cc: linuxppc-dev, jiangshanlai, linux-kernel, akpm, torvalds, kernel-team



On 15/10/16 02:07, Tejun Heo wrote:
> Hello, Michael.
> 
> On Tue, Oct 11, 2016 at 10:22:13PM +1100, Michael Ellerman wrote:
>> The oops happens because we're in enqueue_task_fair() and p->se->cfs_rq
>> is NULL.
>>
>> The cfs_rq is NULL because we did set_task_rq(p, 2048), where 2048 is
>> NR_CPUS. That causes us to index past the end of the tg->cfs_rq array in
>> set_task_rq() and happen to get NULL.
>>
>> We never should have done set_task_rq(p, 2048), because 2048 is >=
>> nr_cpu_ids, which means it's not a valid CPU number, and set_task_rq()
>> doesn't cope with that.
> 
> Hmm... it doesn't reproduce it here and can't see how the commit would
> affect this given that it doesn't really change when the kworker
> kthreads are being created.
> 
>> Presumably we shouldn't be ending up with tsk_cpus_allowed() being
>> empty, but I haven't had time to track down why that's happening.
> 

I think the basic analysis shows the change to creation of unbounded
workqueues from the unbound_hash, but those have a pool cpumask empty.

> Can you please add WARN_ON_ONCE(!tsk_nr_cpus_allowed(p)) to
> select_task_rq() and post what that says?
> 
> Thanks.
> 

Balbir Singh.

^ permalink raw reply	[flat|nested] 43+ messages in thread

* Re: Oops on Power8 (was Re: [PATCH v2 1/7] workqueue: make workqueue available early during boot)
  2016-10-14 15:07           ` Tejun Heo
  2016-10-15  1:25             ` Balbir Singh
@ 2016-10-15  9:48             ` Michael Ellerman
  2016-10-17 18:13               ` Tejun Heo
  2016-10-17 12:24               ` Michael Ellerman
  2 siblings, 1 reply; 43+ messages in thread
From: Michael Ellerman @ 2016-10-15  9:48 UTC (permalink / raw)
  To: Tejun Heo
  Cc: torvalds, linux-kernel, jiangshanlai, akpm, kernel-team, linuxppc-dev

Tejun Heo <tj@kernel.org> writes:

> Hello, Michael.
>
> On Tue, Oct 11, 2016 at 10:22:13PM +1100, Michael Ellerman wrote:
>> The oops happens because we're in enqueue_task_fair() and p->se->cfs_rq
>> is NULL.
>> 
>> The cfs_rq is NULL because we did set_task_rq(p, 2048), where 2048 is
>> NR_CPUS. That causes us to index past the end of the tg->cfs_rq array in
>> set_task_rq() and happen to get NULL.
>> 
>> We never should have done set_task_rq(p, 2048), because 2048 is >=
>> nr_cpu_ids, which means it's not a valid CPU number, and set_task_rq()
>> doesn't cope with that.
>
> Hmm... it doesn't reproduce it here and can't see how the commit would
> affect this given that it doesn't really change when the kworker
> kthreads are being created.

Try turning on CONFIG_DEBUG_PER_CPU_MAPS=y ?

That will warn if you're indexing off the end of a cpu mask and just
getting lucky with the result.

>> Presumably we shouldn't be ending up with tsk_cpus_allowed() being
>> empty, but I haven't had time to track down why that's happening.
>
> Can you please add WARN_ON_ONCE(!tsk_nr_cpus_allowed(p)) to
> select_task_rq() and post what that says?

It says:

------------[ cut here ]------------
WARNING: CPU: 0 PID: 1 at ../kernel/sched/core.c:1602 try_to_wake_up+0x3f4/0x5c0
Modules linked in:
CPU: 0 PID: 1 Comm: swapper/0 Not tainted 4.8.0-compiler_gcc-6.2.0-next-20161014-dirty #116
task: c000000ff9200000 task.stack: c000001ffc084000
NIP: c0000000000f1ba4 LR: c0000000000f180c CTR: 0000000000000000
REGS: c000001ffc0878f0 TRAP: 0700   Not tainted  (4.8.0-compiler_gcc-6.2.0-next-20161014-dirty)
MSR: 9000000002029033 <SF,HV,VEC,EE,ME,IR,DR,RI,LE> CR: 28000422  XER: 00000000
CFAR: c0000000000f18bc SOFTE: 0 
GPR00: c0000000000f180c c000001ffc087b70 c000000000e83400 0000000000000000 
GPR04: 0000000000000002 0000000000000000 0000000000000000 0000000000000000 
GPR08: c000000000dc3400 0000000000000001 0000000000000002 0000000000000000 
GPR12: 0000000000000000 c00000000fb80000 c00000000000e0c8 0000000000000000 
GPR16: 0000000000000000 0000000000000000 0000000000000000 0000000000000000 
GPR20: 0000000000000000 0000000000000000 0000000000000000 c000000000eb8960 
GPR24: 0000000000000000 c000000000d8ce00 0000000000000000 0000000000000000 
GPR28: c0000007f54050f4 0000000000000000 0000000000000000 c0000007f5404900 
NIP [c0000000000f1ba4] try_to_wake_up+0x3f4/0x5c0
LR [c0000000000f180c] try_to_wake_up+0x5c/0x5c0
Call Trace:
[c000001ffc087b70] [c0000000000f180c] try_to_wake_up+0x5c/0x5c0 (unreliable)
[c000001ffc087bf0] [c0000000000d53e4] create_worker+0x144/0x250
[c000001ffc087c90] [c000000000cf7930] workqueue_init+0x170/0x19c
[c000001ffc087d00] [c000000000ce0e74] kernel_init_freeable+0x158/0x360
[c000001ffc087dc0] [c00000000000e0e4] kernel_init+0x24/0x160
[c000001ffc087e30] [c00000000000bfa0] ret_from_kernel_thread+0x5c/0xbc
Instruction dump:
e8790890 4bff6ed9 2fa30000 419e00dc 60000000 4bfffe54 3d02fff4 8928d7f9 
2f890000 409e0018 39200001 9928d7f9 <0fe00000> 60000000 60420000 3b5f0368 
---[ end trace 0000000000000000 ]---


But I'm not sure that tells us anything new?

cheers

^ permalink raw reply	[flat|nested] 43+ messages in thread

* Re: Oops on Power8 (was Re: [PATCH v2 1/7] workqueue: make workqueue available early during boot)
  2016-10-15  9:48             ` Michael Ellerman
@ 2016-10-17 18:13               ` Tejun Heo
  0 siblings, 0 replies; 43+ messages in thread
From: Tejun Heo @ 2016-10-17 18:13 UTC (permalink / raw)
  To: Michael Ellerman
  Cc: torvalds, linux-kernel, jiangshanlai, akpm, kernel-team, linuxppc-dev

Hello,

On Sat, Oct 15, 2016 at 08:48:01PM +1100, Michael Ellerman wrote:
> > Hmm... it doesn't reproduce it here and can't see how the commit would
> > affect this given that it doesn't really change when the kworker
> > kthreads are being created.
> 
> Try turning on CONFIG_DEBUG_PER_CPU_MAPS=y ?
> 
> That will warn if you're indexing off the end of a cpu mask and just
> getting lucky with the result.

That's not happening on x86.  That could mean that powerpc is
initializing cpu_possible_mask after workqueue_init_early().  Looking
into it.

> ------------[ cut here ]------------
> WARNING: CPU: 0 PID: 1 at ../kernel/sched/core.c:1602 try_to_wake_up+0x3f4/0x5c0
> Modules linked in:
> CPU: 0 PID: 1 Comm: swapper/0 Not tainted 4.8.0-compiler_gcc-6.2.0-next-20161014-dirty #116
> task: c000000ff9200000 task.stack: c000001ffc084000
> NIP: c0000000000f1ba4 LR: c0000000000f180c CTR: 0000000000000000
> REGS: c000001ffc0878f0 TRAP: 0700   Not tainted  (4.8.0-compiler_gcc-6.2.0-next-20161014-dirty)
> MSR: 9000000002029033 <SF,HV,VEC,EE,ME,IR,DR,RI,LE> CR: 28000422  XER: 00000000
> CFAR: c0000000000f18bc SOFTE: 0 
> GPR00: c0000000000f180c c000001ffc087b70 c000000000e83400 0000000000000000 
> GPR04: 0000000000000002 0000000000000000 0000000000000000 0000000000000000 
> GPR08: c000000000dc3400 0000000000000001 0000000000000002 0000000000000000 
> GPR12: 0000000000000000 c00000000fb80000 c00000000000e0c8 0000000000000000 
> GPR16: 0000000000000000 0000000000000000 0000000000000000 0000000000000000 
> GPR20: 0000000000000000 0000000000000000 0000000000000000 c000000000eb8960 
> GPR24: 0000000000000000 c000000000d8ce00 0000000000000000 0000000000000000 
> GPR28: c0000007f54050f4 0000000000000000 0000000000000000 c0000007f5404900 
> NIP [c0000000000f1ba4] try_to_wake_up+0x3f4/0x5c0
> LR [c0000000000f180c] try_to_wake_up+0x5c/0x5c0
> Call Trace:
> [c000001ffc087b70] [c0000000000f180c] try_to_wake_up+0x5c/0x5c0 (unreliable)
> [c000001ffc087bf0] [c0000000000d53e4] create_worker+0x144/0x250
> [c000001ffc087c90] [c000000000cf7930] workqueue_init+0x170/0x19c
> [c000001ffc087d00] [c000000000ce0e74] kernel_init_freeable+0x158/0x360
> [c000001ffc087dc0] [c00000000000e0e4] kernel_init+0x24/0x160
> [c000001ffc087e30] [c00000000000bfa0] ret_from_kernel_thread+0x5c/0xbc
> Instruction dump:
> e8790890 4bff6ed9 2fa30000 419e00dc 60000000 4bfffe54 3d02fff4 8928d7f9 
> 2f890000 409e0018 39200001 9928d7f9 <0fe00000> 60000000 60420000 3b5f0368 
> ---[ end trace 0000000000000000 ]---
> 
> But I'm not sure that tells us anything new?

Yeah, I should have asked to print out information of the target task
but it looks like we have enough information now.

Thanks.

-- 
tejun

^ permalink raw reply	[flat|nested] 43+ messages in thread

* Re: Oops on Power8 (was Re: [PATCH v2 1/7] workqueue: make workqueue available early during boot)
  2016-10-14 15:07           ` Tejun Heo
@ 2016-10-17 12:24               ` Michael Ellerman
  2016-10-15  9:48             ` Michael Ellerman
  2016-10-17 12:24               ` Michael Ellerman
  2 siblings, 0 replies; 43+ messages in thread
From: Michael Ellerman @ 2016-10-17 12:24 UTC (permalink / raw)
  To: Tejun Heo
  Cc: torvalds, linux-kernel, jiangshanlai, akpm, kernel-team,
	linuxppc-dev, Balbir Singh

Tejun Heo <tj@kernel.org> writes:

> Hello, Michael.
>
> On Tue, Oct 11, 2016 at 10:22:13PM +1100, Michael Ellerman wrote:
>> The oops happens because we're in enqueue_task_fair() and p->se->cfs_rq
>> is NULL.
>> 
>> The cfs_rq is NULL because we did set_task_rq(p, 2048), where 2048 is
>> NR_CPUS. That causes us to index past the end of the tg->cfs_rq array in
>> set_task_rq() and happen to get NULL.
>> 
>> We never should have done set_task_rq(p, 2048), because 2048 is >=
>> nr_cpu_ids, which means it's not a valid CPU number, and set_task_rq()
>> doesn't cope with that.
>
> Hmm... it doesn't reproduce it here and can't see how the commit would
> affect this given that it doesn't really change when the kworker
> kthreads are being created.

It changes when the pool attributes are created, which is the source of
the bug.

The original crash happens because we have a task with an empty cpus_allowed
mask. That mask originally comes from pool->attrs->cpumask.

The attrs for the pool are created early via workqueue_init_early() in
apply_wqattrs_prepare():

  start_here_common
  -> start_kernel
     -> workqueue_init_early
        -> __alloc_workqueue_key
           -> apply_workqueue_attrs
              -> apply_workqueue_attrs_locked
                 -> apply_wqattrs_prepare

In there we do:

	copy_workqueue_attrs(new_attrs, attrs);
	cpumask_and(new_attrs->cpumask, new_attrs->cpumask, wq_unbound_cpumask);
	if (unlikely(cpumask_empty(new_attrs->cpumask)))
		cpumask_copy(new_attrs->cpumask, wq_unbound_cpumask);
	...
	copy_workqueue_attrs(tmp_attrs, new_attrs);
	...
	for_each_node(node) {
		if (wq_calc_node_cpumask(new_attrs, node, -1, tmp_attrs->cpumask)) {
+			BUG_ON(cpumask_empty(tmp_attrs->cpumask));
			ctx->pwq_tbl[node] = alloc_unbound_pwq(wq, tmp_attrs);

The bad case (where we hit the BUG_ON I added above) is where we are
creating a wq for node 1.

In wq_calc_node_cpumask() we do:

	cpumask_and(cpumask, attrs->cpumask, wq_numa_possible_cpumask[node]);
	return !cpumask_equal(cpumask, attrs->cpumask);

Which with the arguments inserted is:

	cpumask_and(tmp_attrs->cpumask, new_attrs->cpumask, wq_numa_possible_cpumask[1]);
	return !cpumask_equal(tmp_attrs->cpumask, new_attrs->cpumask);

And that results in tmp_attrs->cpumask being empty, because
wq_numa_possible_cpumask[1] is an empty cpumask.

The reason wq_numa_possible_cpumask[1] is an empty mask is because in
wq_numa_init() we did:

	for_each_possible_cpu(cpu) {
		node = cpu_to_node(cpu);
		if (WARN_ON(node == NUMA_NO_NODE)) {
			pr_warn("workqueue: NUMA node mapping not available for cpu%d, disabling NUMA support\n", cpu);
			/* happens iff arch is bonkers, let's just proceed */
			return;
		}
		cpumask_set_cpu(cpu, tbl[node]);
	}

And cpu_to_node() returned node 0 for every CPU in the system, despite there
being multiple nodes.

That happened because we haven't yet called set_cpu_numa_node() for the non-boot
cpus, because that happens in smp_prepare_cpus(), and
workqueue_init_early() is called much earlier than that.

This doesn't trigger on x86 because it does set_cpu_numa_node() in
setup_per_cpu_areas(), which is called prior to workqueue_init_early().

We can (should) probably do the same on powerpc, I'll look at that
tomorrow. But other arches may have a similar problem, and at the very
least we need to document that workqueue_init_early() relies on
cpu_to_node() working.

cheers

^ permalink raw reply	[flat|nested] 43+ messages in thread

* Re: Oops on Power8 (was Re: [PATCH v2 1/7] workqueue: make workqueue available early during boot)
@ 2016-10-17 12:24               ` Michael Ellerman
  0 siblings, 0 replies; 43+ messages in thread
From: Michael Ellerman @ 2016-10-17 12:24 UTC (permalink / raw)
  To: Tejun Heo
  Cc: torvalds, linux-kernel, jiangshanlai, akpm, kernel-team,
	linuxppc-dev, Balbir Singh

Tejun Heo <tj@kernel.org> writes:

> Hello, Michael.
>
> On Tue, Oct 11, 2016 at 10:22:13PM +1100, Michael Ellerman wrote:
>> The oops happens because we're in enqueue_task_fair() and p->se->cfs_rq
>> is NULL.
>> 
>> The cfs_rq is NULL because we did set_task_rq(p, 2048), where 2048 is
>> NR_CPUS. That causes us to index past the end of the tg->cfs_rq array in
>> set_task_rq() and happen to get NULL.
>> 
>> We never should have done set_task_rq(p, 2048), because 2048 is >=
>> nr_cpu_ids, which means it's not a valid CPU number, and set_task_rq()
>> doesn't cope with that.
>
> Hmm... it doesn't reproduce it here and can't see how the commit would
> affect this given that it doesn't really change when the kworker
> kthreads are being created.

It changes when the pool attributes are created, which is the source of
the bug.

The original crash happens because we have a task with an empty cpus_allowed
mask. That mask originally comes from pool->attrs->cpumask.

The attrs for the pool are created early via workqueue_init_early() in
apply_wqattrs_prepare():

  start_here_common
  -> start_kernel
     -> workqueue_init_early
        -> __alloc_workqueue_key
           -> apply_workqueue_attrs
              -> apply_workqueue_attrs_locked
                 -> apply_wqattrs_prepare

In there we do:

	copy_workqueue_attrs(new_attrs, attrs);
	cpumask_and(new_attrs->cpumask, new_attrs->cpumask, wq_unbound_cpumask);
	if (unlikely(cpumask_empty(new_attrs->cpumask)))
		cpumask_copy(new_attrs->cpumask, wq_unbound_cpumask);
	...
	copy_workqueue_attrs(tmp_attrs, new_attrs);
	...
	for_each_node(node) {
		if (wq_calc_node_cpumask(new_attrs, node, -1, tmp_attrs->cpumask)) {
+			BUG_ON(cpumask_empty(tmp_attrs->cpumask));
			ctx->pwq_tbl[node] = alloc_unbound_pwq(wq, tmp_attrs);

The bad case (where we hit the BUG_ON I added above) is where we are
creating a wq for node 1.

In wq_calc_node_cpumask() we do:

	cpumask_and(cpumask, attrs->cpumask, wq_numa_possible_cpumask[node]);
	return !cpumask_equal(cpumask, attrs->cpumask);

Which with the arguments inserted is:

	cpumask_and(tmp_attrs->cpumask, new_attrs->cpumask, wq_numa_possible_cpumask[1]);
	return !cpumask_equal(tmp_attrs->cpumask, new_attrs->cpumask);

And that results in tmp_attrs->cpumask being empty, because
wq_numa_possible_cpumask[1] is an empty cpumask.

The reason wq_numa_possible_cpumask[1] is an empty mask is because in
wq_numa_init() we did:

	for_each_possible_cpu(cpu) {
		node = cpu_to_node(cpu);
		if (WARN_ON(node == NUMA_NO_NODE)) {
			pr_warn("workqueue: NUMA node mapping not available for cpu%d, disabling NUMA support\n", cpu);
			/* happens iff arch is bonkers, let's just proceed */
			return;
		}
		cpumask_set_cpu(cpu, tbl[node]);
	}

And cpu_to_node() returned node 0 for every CPU in the system, despite there
being multiple nodes.

That happened because we haven't yet called set_cpu_numa_node() for the non-boot
cpus, because that happens in smp_prepare_cpus(), and
workqueue_init_early() is called much earlier than that.

This doesn't trigger on x86 because it does set_cpu_numa_node() in
setup_per_cpu_areas(), which is called prior to workqueue_init_early().

We can (should) probably do the same on powerpc, I'll look at that
tomorrow. But other arches may have a similar problem, and at the very
least we need to document that workqueue_init_early() relies on
cpu_to_node() working.

cheers

^ permalink raw reply	[flat|nested] 43+ messages in thread

* Re: Oops on Power8 (was Re: [PATCH v2 1/7] workqueue: make workqueue available early during boot)
  2016-10-17 12:24               ` Michael Ellerman
  (?)
@ 2016-10-17 12:51               ` Balbir Singh
  2016-10-18  2:35                 ` Michael Ellerman
  -1 siblings, 1 reply; 43+ messages in thread
From: Balbir Singh @ 2016-10-17 12:51 UTC (permalink / raw)
  To: Michael Ellerman, Tejun Heo
  Cc: torvalds, linux-kernel, jiangshanlai, akpm, kernel-team, linuxppc-dev



On 17/10/16 23:24, Michael Ellerman wrote:
> Tejun Heo <tj@kernel.org> writes:
> 
>> Hello, Michael.
>>
>> On Tue, Oct 11, 2016 at 10:22:13PM +1100, Michael Ellerman wrote:
>>> The oops happens because we're in enqueue_task_fair() and p->se->cfs_rq
>>> is NULL.
>>>
>>> The cfs_rq is NULL because we did set_task_rq(p, 2048), where 2048 is
>>> NR_CPUS. That causes us to index past the end of the tg->cfs_rq array in
>>> set_task_rq() and happen to get NULL.
>>>
>>> We never should have done set_task_rq(p, 2048), because 2048 is >=
>>> nr_cpu_ids, which means it's not a valid CPU number, and set_task_rq()
>>> doesn't cope with that.
>>
>> Hmm... it doesn't reproduce it here and can't see how the commit would
>> affect this given that it doesn't really change when the kworker
>> kthreads are being created.
> 
> It changes when the pool attributes are created, which is the source of
> the bug.
> 
> The original crash happens because we have a task with an empty cpus_allowed
> mask. That mask originally comes from pool->attrs->cpumask.
> 
> The attrs for the pool are created early via workqueue_init_early() in
> apply_wqattrs_prepare():
> 
>   start_here_common
>   -> start_kernel
>      -> workqueue_init_early
>         -> __alloc_workqueue_key
>            -> apply_workqueue_attrs
>               -> apply_workqueue_attrs_locked
>                  -> apply_wqattrs_prepare
> 	          
> In there we do:
> 
> 	copy_workqueue_attrs(new_attrs, attrs);
> 	cpumask_and(new_attrs->cpumask, new_attrs->cpumask, wq_unbound_cpumask);
> 	if (unlikely(cpumask_empty(new_attrs->cpumask)))
> 		cpumask_copy(new_attrs->cpumask, wq_unbound_cpumask);
> 	...
> 	copy_workqueue_attrs(tmp_attrs, new_attrs);
> 	...
> 	for_each_node(node) {
> 		if (wq_calc_node_cpumask(new_attrs, node, -1, tmp_attrs->cpumask)) {
> +			BUG_ON(cpumask_empty(tmp_attrs->cpumask));
> 			ctx->pwq_tbl[node] = alloc_unbound_pwq(wq, tmp_attrs);
> 
> 
> The bad case (where we hit the BUG_ON I added above) is where we are
> creating a wq for node 1.
> 
> In wq_calc_node_cpumask() we do:
> 
> 	cpumask_and(cpumask, attrs->cpumask, wq_numa_possible_cpumask[node]);
> 	return !cpumask_equal(cpumask, attrs->cpumask);
> 
> Which with the arguments inserted is:
> 
> 	cpumask_and(tmp_attrs->cpumask, new_attrs->cpumask, wq_numa_possible_cpumask[1]);
> 	return !cpumask_equal(tmp_attrs->cpumask, new_attrs->cpumask);
> 
> And that results in tmp_attrs->cpumask being empty, because
> wq_numa_possible_cpumask[1] is an empty cpumask.
> 
> The reason wq_numa_possible_cpumask[1] is an empty mask is because in
> wq_numa_init() we did:
> 
> 	for_each_possible_cpu(cpu) {
> 		node = cpu_to_node(cpu);
> 		if (WARN_ON(node == NUMA_NO_NODE)) {
> 			pr_warn("workqueue: NUMA node mapping not available for cpu%d, disabling NUMA support\n", cpu);
> 			/* happens iff arch is bonkers, let's just proceed */
> 			return;
> 		}
> 		cpumask_set_cpu(cpu, tbl[node]);
> 	}
> 
> And cpu_to_node() returned node 0 for every CPU in the system, despite there
> being multiple nodes.
> 
> That happened because we haven't yet called set_cpu_numa_node() for the non-boot
> cpus, because that happens in smp_prepare_cpus(), and
> workqueue_init_early() is called much earlier than that.
> 
> This doesn't trigger on x86 because it does set_cpu_numa_node() in
> setup_per_cpu_areas(), which is called prior to workqueue_init_early().
> 
> We can (should) probably do the same on powerpc, I'll look at that
> tomorrow. But other arches may have a similar problem, and at the very
> least we need to document that workqueue_init_early() relies on
> cpu_to_node() working.

Don't we do the setup cpu->node mapings in initmem_init()?
Ideally we have setup_arch->intmem_init->numa_setup_cpu

Will look at it tomorrow
Balbir Singh

^ permalink raw reply	[flat|nested] 43+ messages in thread

* Re: Oops on Power8 (was Re: [PATCH v2 1/7] workqueue: make workqueue available early during boot)
  2016-10-17 12:51               ` Balbir Singh
@ 2016-10-18  2:35                 ` Michael Ellerman
  0 siblings, 0 replies; 43+ messages in thread
From: Michael Ellerman @ 2016-10-18  2:35 UTC (permalink / raw)
  To: Balbir Singh, Tejun Heo
  Cc: torvalds, linux-kernel, jiangshanlai, akpm, kernel-team, linuxppc-dev

Balbir Singh <bsingharora@gmail.com> writes:
> On 17/10/16 23:24, Michael Ellerman wrote:
>> That happened because we haven't yet called set_cpu_numa_node() for the non-boot
>> cpus, because that happens in smp_prepare_cpus(), and
>> workqueue_init_early() is called much earlier than that.
>> 
>> This doesn't trigger on x86 because it does set_cpu_numa_node() in
>> setup_per_cpu_areas(), which is called prior to workqueue_init_early().
>> 
>> We can (should) probably do the same on powerpc, I'll look at that
>> tomorrow. But other arches may have a similar problem, and at the very
>> least we need to document that workqueue_init_early() relies on
>> cpu_to_node() working.
>
> Don't we do the setup cpu->node mapings in initmem_init()?
> Ideally we have setup_arch->intmem_init->numa_setup_cpu

That sets up numa_cpu_lookup_table, which is a powerpc only data
structure.

But it doesn't setup the percpu numa_node variables, used by
cpu_to_node(), because percpu areas are not setup yet.

cheers

^ permalink raw reply	[flat|nested] 43+ messages in thread

* Re: Oops on Power8 (was Re: [PATCH v2 1/7] workqueue: make workqueue available early during boot)
  2016-10-17 12:24               ` Michael Ellerman
  (?)
  (?)
@ 2016-10-17 18:15               ` Tejun Heo
  2016-10-17 19:30                 ` Tejun Heo
  -1 siblings, 1 reply; 43+ messages in thread
From: Tejun Heo @ 2016-10-17 18:15 UTC (permalink / raw)
  To: Michael Ellerman
  Cc: torvalds, linux-kernel, jiangshanlai, akpm, kernel-team,
	linuxppc-dev, Balbir Singh

Hello, Michael.

On Mon, Oct 17, 2016 at 11:24:34PM +1100, Michael Ellerman wrote:
> The bad case (where we hit the BUG_ON I added above) is where we are
> creating a wq for node 1.
> 
> In wq_calc_node_cpumask() we do:
> 
> 	cpumask_and(cpumask, attrs->cpumask, wq_numa_possible_cpumask[node]);
> 	return !cpumask_equal(cpumask, attrs->cpumask);
> 
> Which with the arguments inserted is:
> 
> 	cpumask_and(tmp_attrs->cpumask, new_attrs->cpumask, wq_numa_possible_cpumask[1]);
> 	return !cpumask_equal(tmp_attrs->cpumask, new_attrs->cpumask);
> 
> And that results in tmp_attrs->cpumask being empty, because
> wq_numa_possible_cpumask[1] is an empty cpumask.

Ah, should have read this before replying to the previous mail, so
it's the numa mask, not the cpu_possible_mask.

> The reason wq_numa_possible_cpumask[1] is an empty mask is because in
> wq_numa_init() we did:
> 
> 	for_each_possible_cpu(cpu) {
> 		node = cpu_to_node(cpu);
> 		if (WARN_ON(node == NUMA_NO_NODE)) {
> 			pr_warn("workqueue: NUMA node mapping not available for cpu%d, disabling NUMA support\n", cpu);
> 			/* happens iff arch is bonkers, let's just proceed */
> 			return;
> 		}
> 		cpumask_set_cpu(cpu, tbl[node]);
> 	}
> 
> And cpu_to_node() returned node 0 for every CPU in the system, despite there
> being multiple nodes.
> 
> That happened because we haven't yet called set_cpu_numa_node() for the non-boot
> cpus, because that happens in smp_prepare_cpus(), and
> workqueue_init_early() is called much earlier than that.
> 
> This doesn't trigger on x86 because it does set_cpu_numa_node() in
> setup_per_cpu_areas(), which is called prior to workqueue_init_early().
> 
> We can (should) probably do the same on powerpc, I'll look at that
> tomorrow. But other arches may have a similar problem, and at the very
> least we need to document that workqueue_init_early() relies on
> cpu_to_node() working.

I should be able to move the numa part of initialization to the later
init function.  Working on it.

Thanks.

-- 
tejun

^ permalink raw reply	[flat|nested] 43+ messages in thread

* Re: Oops on Power8 (was Re: [PATCH v2 1/7] workqueue: make workqueue available early during boot)
  2016-10-17 18:15               ` Tejun Heo
@ 2016-10-17 19:30                 ` Tejun Heo
  2016-10-18  4:37                   ` Michael Ellerman
  0 siblings, 1 reply; 43+ messages in thread
From: Tejun Heo @ 2016-10-17 19:30 UTC (permalink / raw)
  To: Michael Ellerman
  Cc: torvalds, linux-kernel, jiangshanlai, akpm, kernel-team,
	linuxppc-dev, Balbir Singh

Hello, Michael.

Other NUMA archs are lazy-initializing cpu to node mapping too, so we
need to fix it from workqueue side.  This also means that we've been
getting NUMA node wrong for percpu pools on those archs.

Can you please try the following patch and if it resolves the issue,
report the workqueue part (it's at the end) of sysrq-t dump?

Thanks.

diff --git a/kernel/workqueue.c b/kernel/workqueue.c
index 984f6ff..276557b 100644
--- a/kernel/workqueue.c
+++ b/kernel/workqueue.c
@@ -4411,14 +4411,14 @@ void show_workqueue_state(void)
 				break;
 			}
 		}
-		if (idle)
-			continue;
+		//if (idle)
+		//	continue;
 
 		pr_info("workqueue %s: flags=0x%x\n", wq->name, wq->flags);
 
 		for_each_pwq(pwq, wq) {
 			spin_lock_irqsave(&pwq->pool->lock, flags);
-			if (pwq->nr_active || !list_empty(&pwq->delayed_works))
+			//if (pwq->nr_active || !list_empty(&pwq->delayed_works))
 				show_pwq(pwq);
 			spin_unlock_irqrestore(&pwq->pool->lock, flags);
 		}
@@ -4429,8 +4429,8 @@ void show_workqueue_state(void)
 		bool first = true;
 
 		spin_lock_irqsave(&pool->lock, flags);
-		if (pool->nr_workers == pool->nr_idle)
-			goto next_pool;
+		//if (pool->nr_workers == pool->nr_idle)
+		//	goto next_pool;
 
 		pr_info("pool %d:", pool->id);
 		pr_cont_pool_info(pool);
@@ -4649,10 +4649,12 @@ int workqueue_online_cpu(unsigned int cpu)
 	for_each_pool(pool, pi) {
 		mutex_lock(&pool->attach_mutex);
 
-		if (pool->cpu == cpu)
+		if (pool->cpu == cpu) {
+			pool->node = cpu_to_node(cpu);
 			rebind_workers(pool);
-		else if (pool->cpu < 0)
+		} else if (pool->cpu < 0) {
 			restore_unbound_workers_cpumask(pool, cpu);
+		}
 
 		mutex_unlock(&pool->attach_mutex);
 	}
@@ -5495,8 +5497,6 @@ int __init workqueue_init_early(void)
 
 	pwq_cache = KMEM_CACHE(pool_workqueue, SLAB_PANIC);
 
-	wq_numa_init();
-
 	/* initialize CPU pools */
 	for_each_possible_cpu(cpu) {
 		struct worker_pool *pool;
@@ -5571,6 +5571,9 @@ int __init workqueue_init(void)
 	struct worker_pool *pool;
 	int cpu, bkt;
 
+	wq_numa_init();
+	wq_update_unbound_numa(wq, smp_processor_id(), true);
+
 	/* create the initial workers */
 	for_each_online_cpu(cpu) {
 		for_each_cpu_worker_pool(pool, cpu) {

^ permalink raw reply related	[flat|nested] 43+ messages in thread

* Re: Oops on Power8 (was Re: [PATCH v2 1/7] workqueue: make workqueue available early during boot)
  2016-10-17 19:30                 ` Tejun Heo
@ 2016-10-18  4:37                   ` Michael Ellerman
  2016-10-18 18:58                     ` Tejun Heo
  0 siblings, 1 reply; 43+ messages in thread
From: Michael Ellerman @ 2016-10-18  4:37 UTC (permalink / raw)
  To: Tejun Heo
  Cc: torvalds, linux-kernel, jiangshanlai, akpm, kernel-team,
	linuxppc-dev, Balbir Singh

Tejun Heo <tj@kernel.org> writes:

> Hello, Michael.
>
> Other NUMA archs are lazy-initializing cpu to node mapping too, so we
> need to fix it from workqueue side.  This also means that we've been
> getting NUMA node wrong for percpu pools on those archs.
>
> Can you please try the following patch and if it resolves the issue,
> report the workqueue part (it's at the end) of sysrq-t dump?
>
> diff --git a/kernel/workqueue.c b/kernel/workqueue.c
> index 984f6ff..276557b 100644
> --- a/kernel/workqueue.c
> +++ b/kernel/workqueue.c
> @@ -4411,14 +4411,14 @@ void show_workqueue_state(void)
> @@ -5571,6 +5571,9 @@ int __init workqueue_init(void)
>  	struct worker_pool *pool;
>  	int cpu, bkt;
>  
> +	wq_numa_init();
> +	wq_update_unbound_numa(wq, smp_processor_id(), true);
> +

That doesn't compile, wq doesn't exist.

I guessed that you meant:

+       wq_numa_init();
+       list_for_each_entry(wq, &workqueues, list)
+               wq_update_unbound_numa(wq, smp_processor_id(), true);


And that does boot.

The sysrq-t output is below, it's rather large.

cheers


Showing busy workqueues and worker pools:
workqueue events: flags=0x0
  pwq 318: cpus=159 node=17 flags=0x0 nice=0 active=0/256
  pwq 316: cpus=158 node=17 flags=0x0 nice=0 active=0/256
  pwq 314: cpus=157 node=17 flags=0x0 nice=0 active=0/256
  pwq 312: cpus=156 node=17 flags=0x0 nice=0 active=0/256
  pwq 310: cpus=155 node=17 flags=0x0 nice=0 active=0/256
  pwq 308: cpus=154 node=17 flags=0x0 nice=0 active=0/256
  pwq 306: cpus=153 node=17 flags=0x0 nice=0 active=0/256
  pwq 304: cpus=152 node=17 flags=0x0 nice=0 active=0/256
  pwq 302: cpus=151 node=17 flags=0x0 nice=0 active=0/256
  pwq 300:
 cpus=150 node=17 flags=0x0 nice=0 active=0/256
  pwq 298: cpus=149 node=17 flags=0x0 nice=0 active=0/256
  pwq 296: cpus=148 node=17 flags=0x0 nice=0 active=0/256
  pwq 294: cpus=147 node=17 flags=0x0 nice=0 active=0/256
  pwq 292: cpus=146 node=17 flags=0x0 nice=0 active=0/256
  pwq 290: cpus=145 node=17 flags=0x0 nice=0 active=0/256
  pwq 288: cpus=144 node=17 flags=0x0 nice=0 active=0/256
  pwq 286:
 cpus=143 node=17 flags=0x0 nice=0 active=0/256
  pwq 284: cpus=142 node=17 flags=0x0 nice=0 active=0/256
  pwq 282: cpus=141 node=17 flags=0x0 nice=0 active=0/256
  pwq 280: cpus=140 node=17 flags=0x0 nice=0 active=0/256
  pwq 278: cpus=139 node=17 flags=0x0 nice=0 active=0/256
  pwq 276: cpus=138 node=17 flags=0x0 nice=0 active=0/256
  pwq 274: cpus=137 node=17 flags=0x0 nice=0 active=0/256
  pwq 272: cpus=136 node=17 flags=0x0 nice=0 active=0/256
  pwq 270: cpus=135 node=17 flags=0x0 nice=0 active=0/256
  pwq 268: cpus=134 node=17 flags=0x0 nice=0 active=0/256
  pwq 266: cpus=133 node=17 flags=0x0 nice=0 active=0/256
  pwq 264: cpus=132 node=17 flags=0x0 nice=0 active=0/256
  pwq 262: cpus=131 node=17 flags=0x0 nice=0 active=0/256
  pwq 260: cpus=130 node=17 flags=0x0 nice=0 active=0/256
  pwq 258: cpus=129 node=17 flags=0x0 nice=0 active=0/256
  pwq 256: cpus=128 node=17 flags=0x0 nice=0 active=0/256
  pwq 254: cpus=127 node=17 flags=0x0 nice=0 active=0/256
  pwq 252: cpus=126 node=17 flags=0x0 nice=0 active=0/256
  pwq 250: cpus=125 node=17 flags=0x0 nice=0 active=0/256
  pwq 248: cpus=124 node=17 flags=0x0 nice=0 active=0/256
  pwq 246: cpus=123 node=17 flags=0x0 nice=0 active=0/256
  pwq 244: cpus=122 node=17 flags=0x0 nice=0 active=0/256
  pwq 242: cpus=121 node=17 flags=0x0 nice=0 active=0/256
  pwq 240: cpus=120 node=17 flags=0x0 nice=0 active=0/256
  pwq 238: cpus=119 node=16 flags=0x0 nice=0 active=0/256
  pwq 236: cpus=118 node=16 flags=0x0 nice=0 active=0/256
  pwq 234:
 cpus=117 node=16 flags=0x0 nice=0 active=0/256
  pwq 232: cpus=116 node=16 flags=0x0 nice=0 active=0/256
  pwq 230: cpus=115 node=16 flags=0x0 nice=0 active=0/256
  pwq 228: cpus=114 node=16 flags=0x0 nice=0 active=0/256
  pwq 226: cpus=113 node=16 flags=0x0 nice=0 active=0/256
  pwq 224: cpus=112 node=16 flags=0x0 nice=0 active=0/256
  pwq 222:
 cpus=111 node=16 flags=0x0 nice=0 active=0/256
  pwq 220: cpus=110 node=16 flags=0x0 nice=0 active=0/256
  pwq 218: cpus=109 node=16 flags=0x0 nice=0 active=0/256
  pwq 216: cpus=108 node=16 flags=0x0 nice=0 active=0/256
  pwq 214: cpus=107 node=16 flags=0x0 nice=0 active=0/256
  pwq 212: cpus=106 node=16 flags=0x0 nice=0 active=0/256
  pwq 210: cpus=105 node=16 flags=0x0 nice=0 active=0/256
  pwq 208: cpus=104 node=16 flags=0x0 nice=0 active=0/256
  pwq 206: cpus=103 node=16 flags=0x0 nice=0 active=0/256
  pwq 204: cpus=102 node=16 flags=0x0 nice=0 active=0/256
  pwq 202: cpus=101 node=16 flags=0x0 nice=0 active=0/256
  pwq 200: cpus=100 node=16 flags=0x0 nice=0 active=0/256
  pwq 198: cpus=99 node=16 flags=0x0 nice=0 active=0/256
  pwq 196: cpus=98 node=16 flags=0x0 nice=0 active=0/256
  pwq 194: cpus=97 node=16 flags=0x0 nice=0 active=0/256
  pwq 192: cpus=96 node=16 flags=0x0 nice=0 active=0/256
  pwq 190: cpus=95 node=16 flags=0x0 nice=0 active=0/256
  pwq 188: cpus=94 node=16 flags=0x0 nice=0 active=0/256
  pwq 186: cpus=93 node=16 flags=0x0 nice=0 active=0/256
  pwq 184:
 cpus=92 node=16 flags=0x0 nice=0 active=0/256
  pwq 182: cpus=91 node=16 flags=0x0 nice=0 active=0/256
  pwq 180: cpus=90 node=16 flags=0x0 nice=0 active=0/256
  pwq 178: cpus=89 node=16 flags=0x0 nice=0 active=0/256
  pwq 176: cpus=88 node=16 flags=0x0 nice=0 active=0/256
  pwq 174: cpus=87 node=16 flags=0x0 nice=0 active=0/256
  pwq 172: cpus=86 node=16 flags=0x0 nice=0 active=0/256
  pwq 170: cpus=85 node=16 flags=0x0 nice=0 active=0/256
  pwq 168: cpus=84 node=16 flags=0x0 nice=0 active=0/256
  pwq 166: cpus=83 node=16 flags=0x0 nice=0 active=0/256
  pwq 164: cpus=82 node=16 flags=0x0 nice=0 active=0/256
  pwq 162: cpus=81 node=16 flags=0x0 nice=0 active=0/256
  pwq 160: cpus=80 node=16 flags=0x0 nice=0 active=0/256
  pwq 158: cpus=79 node=1 flags=0x0 nice=0 active=0/256
  pwq 156: cpus=78 node=1 flags=0x0 nice=0 active=0/256
  pwq 154: cpus=77 node=1 flags=0x0 nice=0 active=0/256
  pwq 152: cpus=76 node=1 flags=0x0 nice=0 active=0/256
  pwq 150: cpus=75 node=1 flags=0x0 nice=0 active=0/256
  pwq 148: cpus=74 node=1 flags=0x0 nice=0 active=0/256
  pwq 146: cpus=73 node=1 flags=0x0 nice=0 active=0/256
  pwq 144: cpus=72 node=1 flags=0x0 nice=0 active=0/256
  pwq 142: cpus=71 node=1 flags=0x0 nice=0 active=0/256
  pwq 140: cpus=70 node=1 flags=0x0 nice=0 active=0/256
  pwq 138: cpus=69 node=1 flags=0x0 nice=0 active=0/256
  pwq 136: cpus=68 node=1 flags=0x0 nice=0 active=0/256
  pwq 134: cpus=67 node=1 flags=0x0 nice=0 active=0/256
  pwq 132:
 cpus=66 node=1 flags=0x0 nice=0 active=0/256
  pwq 130: cpus=65 node=1 flags=0x0 nice=0 active=0/256
  pwq 128: cpus=64 node=1 flags=0x0 nice=0 active=0/256
  pwq 126: cpus=63 node=1 flags=0x0 nice=0 active=0/256
  pwq 124: cpus=62 node=1 flags=0x0 nice=0 active=0/256
  pwq 122:
 cpus=61 node=1 flags=0x0 nice=0 active=0/256
  pwq 120: cpus=60 node=1 flags=0x0 nice=0 active=0/256
  pwq 118: cpus=59 node=1 flags=0x0 nice=0 active=0/256
  pwq 116: cpus=58 node=1 flags=0x0 nice=0 active=0/256
  pwq 114: cpus=57 node=1 flags=0x0 nice=0 active=0/256
  pwq 112: cpus=56 node=1 flags=0x0 nice=0 active=0/256
  pwq 110: cpus=55 node=1 flags=0x0 nice=0 active=0/256
  pwq 108: cpus=54 node=1 flags=0x0 nice=0 active=0/256
  pwq 106: cpus=53 node=1 flags=0x0 nice=0 active=0/256
  pwq 104: cpus=52 node=1 flags=0x0 nice=0 active=0/256
  pwq 102: cpus=51 node=1 flags=0x0 nice=0 active=0/256
  pwq 100: cpus=50 node=1 flags=0x0 nice=0 active=0/256
  pwq 98: cpus=49 node=1 flags=0x0 nice=0 active=0/256
  pwq 96: cpus=48 node=1 flags=0x0 nice=0 active=0/256
  pwq 94: cpus=47 node=1 flags=0x0 nice=0 active=0/256
  pwq 92: cpus=46 node=1 flags=0x0 nice=0 active=0/256
  pwq 90: cpus=45 node=1 flags=0x0 nice=0 active=0/256
  pwq 88:
 cpus=44 node=1 flags=0x0 nice=0 active=0/256
  pwq 86: cpus=43 node=1 flags=0x0 nice=0 active=0/256
  pwq 84: cpus=42 node=1 flags=0x0 nice=0 active=0/256
  pwq 82: cpus=41 node=1 flags=0x0 nice=0 active=0/256
  pwq 80: cpus=40 node=1 flags=0x0 nice=0 active=0/256
  pwq 78: cpus=39 node=0 flags=0x0 nice=0 active=0/256
  pwq 76: cpus=38 node=0 flags=0x0 nice=0 active=0/256
  pwq 74: cpus=37 node=0 flags=0x0 nice=0 active=0/256
  pwq 72: cpus=36 node=0 flags=0x0 nice=0 active=0/256
  pwq 70: cpus=35 node=0 flags=0x0 nice=0 active=0/256
  pwq 68: cpus=34 node=0 flags=0x0 nice=0 active=0/256
  pwq 66: cpus=33 node=0 flags=0x0 nice=0 active=0/256
  pwq 64: cpus=32 node=0 flags=0x0 nice=0 active=0/256
  pwq 62: cpus=31 node=0 flags=0x0 nice=0 active=0/256
  pwq 60: cpus=30 node=0 flags=0x0 nice=0 active=0/256
  pwq 58: cpus=29 node=0 flags=0x0 nice=0 active=1/256
    pending: dbs_work_handler
  pwq 56: cpus=28 node=0 flags=0x0 nice=0 active=0/256
  pwq 54: cpus=27 node=0 flags=0x0 nice=0 active=0/256
  pwq 52: cpus=26 node=0 flags=0x0 nice=0 active=0/256
  pwq 50: cpus=25 node=0 flags=0x0 nice=0 active=0/256
  pwq 48: cpus=24 node=0 flags=0x0 nice=0 active=0/256
  pwq 46: cpus=23 node=0 flags=0x0 nice=0 active=0/256
  pwq 44: cpus=22 node=0 flags=0x0 nice=0 active=0/256
  pwq 42: cpus=21 node=0 flags=0x0 nice=0 active=0/256
  pwq 40: cpus=20 node=0 flags=0x0 nice=0 active=0/256
  pwq 38: cpus=19 node=0 flags=0x0 nice=0 active=0/256
  pwq 36: cpus=18 node=0 flags=0x0 nice=0 active=0/256
  pwq 34: cpus=17 node=0 flags=0x0 nice=0 active=0/256
  pwq 32: cpus=16 node=0 flags=0x0 nice=0 active=0/256
  pwq 30: cpus=15 node=0 flags=0x0 nice=0 active=0/256
  pwq 28:
 cpus=14 node=0 flags=0x0 nice=0 active=0/256
  pwq 26: cpus=13 node=0 flags=0x0 nice=0 active=0/256
  pwq 24: cpus=12 node=0 flags=0x0 nice=0 active=0/256
  pwq 22: cpus=11 node=0 flags=0x0 nice=0 active=0/256
  pwq 20: cpus=10 node=0 flags=0x0 nice=0 active=0/256
  pwq 18: cpus=9 node=0 flags=0x0 nice=0 active=0/256
  pwq 16: cpus=8 node=0 flags=0x0 nice=0 active=0/256
  pwq 14: cpus=7 node=0 flags=0x0 nice=0 active=0/256
  pwq 12: cpus=6 node=0 flags=0x0 nice=0 active=0/256
  pwq 10: cpus=5 node=0 flags=0x0 nice=0 active=0/256
  pwq 8: cpus=4 node=0 flags=0x0 nice=0 active=0/256
  pwq 6: cpus=3 node=0 flags=0x0 nice=0 active=0/256
  pwq 4: cpus=2 node=0 flags=0x0 nice=0 active=0/256
  pwq 2: cpus=1 node=0 flags=0x0 nice=0 active=0/256
  pwq 0: cpus=0 node=0 flags=0x0 nice=0 active=0/256
workqueue events_highpri: flags=0x10
  pwq 319: cpus=159 node=17 flags=0x0 nice=-20 active=0/256
  pwq 317: cpus=158 node=17 flags=0x0 nice=-20 active=0/256
  pwq 315:
 cpus=157 node=17 flags=0x0 nice=-20 active=0/256
  pwq 313: cpus=156 node=17 flags=0x0 nice=-20 active=0/256
  pwq 311: cpus=155 node=17 flags=0x0 nice=-20 active=0/256
  pwq 309:
 cpus=154 node=17 flags=0x0 nice=-20 active=0/256
  pwq 307: cpus=153 node=17 flags=0x0 nice=-20 active=0/256
  pwq 305: cpus=152 node=17 flags=0x0 nice=-20 active=0/256
  pwq 303: cpus=151 node=17 flags=0x0 nice=-20 active=0/256
  pwq 301: cpus=150 node=17 flags=0x0 nice=-20 active=0/256
  pwq 299: cpus=149 node=17 flags=0x0 nice=-20 active=0/256
  pwq 297: cpus=148 node=17 flags=0x0 nice=-20 active=0/256
  pwq 295: cpus=147 node=17 flags=0x0 nice=-20 active=0/256
  pwq 293: cpus=146 node=17 flags=0x0 nice=-20 active=0/256
  pwq 291: cpus=145 node=17 flags=0x0 nice=-20 active=0/256
  pwq 289: cpus=144 node=17 flags=0x0 nice=-20 active=0/256
  pwq 287: cpus=143 node=17 flags=0x0 nice=-20 active=0/256
  pwq 285: cpus=142 node=17 flags=0x0 nice=-20 active=0/256
  pwq 283: cpus=141 node=17 flags=0x0 nice=-20 active=0/256
  pwq 281: cpus=140 node=17 flags=0x0 nice=-20 active=0/256
  pwq 279: cpus=139 node=17 flags=0x0 nice=-20 active=0/256
  pwq 277: cpus=138 node=17 flags=0x0 nice=-20 active=0/256
  pwq 275: cpus=137 node=17 flags=0x0 nice=-20 active=0/256
  pwq 273: cpus=136 node=17 flags=0x0 nice=-20 active=0/256
  pwq 271: cpus=135 node=17 flags=0x0 nice=-20 active=0/256
  pwq 269: cpus=134 node=17 flags=0x0 nice=-20 active=0/256
  pwq 267: cpus=133 node=17 flags=0x0 nice=-20 active=0/256
  pwq 265:
 cpus=132 node=17 flags=0x0 nice=-20 active=0/256
  pwq 263: cpus=131 node=17 flags=0x0 nice=-20 active=0/256
  pwq 261: cpus=130 node=17 flags=0x0 nice=-20 active=0/256
  pwq 259: cpus=129 node=17 flags=0x0 nice=-20 active=0/256
  pwq 257: cpus=128 node=17 flags=0x0 nice=-20 active=0/256
  pwq 255: cpus=127 node=17 flags=0x0 nice=-20 active=0/256
  pwq 253: cpus=126 node=17 flags=0x0 nice=-20 active=0/256
  pwq 251: cpus=125 node=17 flags=0x0 nice=-20 active=0/256
  pwq 249: cpus=124 node=17 flags=0x0 nice=-20 active=0/256
  pwq 247: cpus=123 node=17 flags=0x0 nice=-20 active=0/256
  pwq 245: cpus=122 node=17 flags=0x0 nice=-20 active=0/256
  pwq 243: cpus=121 node=17 flags=0x0 nice=-20 active=0/256
  pwq 241: cpus=120 node=17 flags=0x0 nice=-20 active=0/256
  pwq 239: cpus=119 node=16 flags=0x0 nice=-20 active=0/256
  pwq 237: cpus=118 node=16 flags=0x0 nice=-20 active=0/256
  pwq 235: cpus=117 node=16 flags=0x0 nice=-20 active=0/256
  pwq 233: cpus=116 node=16 flags=0x0 nice=-20 active=0/256
  pwq 231: cpus=115 node=16 flags=0x0 nice=-20 active=0/256
  pwq 229: cpus=114 node=16 flags=0x0 nice=-20 active=0/256
  pwq 227: cpus=113 node=16 flags=0x0 nice=-20 active=0/256
  pwq 225: cpus=112 node=16 flags=0x0 nice=-20 active=0/256
  pwq 223: cpus=111 node=16 flags=0x0 nice=-20 active=0/256
  pwq 221: cpus=110 node=16 flags=0x0 nice=-20 active=0/256
  pwq 219:
 cpus=109 node=16 flags=0x0 nice=-20 active=0/256
  pwq 217: cpus=108 node=16 flags=0x0 nice=-20 active=0/256
  pwq 215: cpus=107 node=16 flags=0x0 nice=-20 active=0/256
  pwq 213: cpus=106 node=16 flags=0x0 nice=-20 active=0/256
  pwq 211: cpus=105 node=16 flags=0x0 nice=-20 active=0/256
  pwq 209:
 cpus=104 node=16 flags=0x0 nice=-20 active=0/256
  pwq 207: cpus=103 node=16 flags=0x0 nice=-20 active=0/256
  pwq 205: cpus=102 node=16 flags=0x0 nice=-20 active=0/256
  pwq 203: cpus=101 node=16 flags=0x0 nice=-20 active=0/256
  pwq 201: cpus=100 node=16 flags=0x0 nice=-20 active=0/256
  pwq 199: cpus=99 node=16 flags=0x0 nice=-20 active=0/256
  pwq 197: cpus=98 node=16 flags=0x0 nice=-20 active=0/256
  pwq 195:
 cpus=97 node=16 flags=0x0 nice=-20 active=0/256
  pwq 193:
 cpus=96 node=16 flags=0x0 nice=-20 active=0/256
  pwq 191: cpus=95 node=16 flags=0x0 nice=-20 active=0/256
  pwq 189: cpus=94 node=16 flags=0x0 nice=-20 active=0/256
  pwq 187: cpus=93 node=16 flags=0x0 nice=-20 active=0/256
  pwq 185: cpus=92 node=16 flags=0x0 nice=-20 active=0/256
  pwq 183: cpus=91 node=16 flags=0x0 nice=-20 active=0/256
  pwq 181: cpus=90 node=16 flags=0x0 nice=-20 active=0/256
  pwq 179:
 cpus=89 node=16 flags=0x0 nice=-20 active=0/256
  pwq 177: cpus=88 node=16 flags=0x0 nice=-20 active=0/256
  pwq 175: cpus=87 node=16 flags=0x0 nice=-20 active=0/256
  pwq 173: cpus=86 node=16 flags=0x0 nice=-20 active=0/256
  pwq 171: cpus=85 node=16 flags=0x0 nice=-20 active=0/256
  pwq 169: cpus=84 node=16 flags=0x0 nice=-20 active=0/256
  pwq 167: cpus=83 node=16 flags=0x0 nice=-20 active=0/256
  pwq 165: cpus=82 node=16 flags=0x0 nice=-20 active=0/256
  pwq 163: cpus=81 node=16 flags=0x0 nice=-20 active=0/256
  pwq 161: cpus=80 node=16 flags=0x0 nice=-20 active=0/256
  pwq 159: cpus=79 node=1 flags=0x0 nice=-20 active=0/256
  pwq 157: cpus=78 node=1 flags=0x0 nice=-20 active=0/256
  pwq 155: cpus=77 node=1 flags=0x0 nice=-20 active=0/256
  pwq 153: cpus=76 node=1 flags=0x0 nice=-20 active=0/256
  pwq 151: cpus=75 node=1 flags=0x0 nice=-20 active=0/256
  pwq 149: cpus=74 node=1 flags=0x0 nice=-20 active=0/256
  pwq 147: cpus=73 node=1 flags=0x0 nice=-20 active=0/256
  pwq 145: cpus=72 node=1 flags=0x0 nice=-20 active=0/256
  pwq 143: cpus=71 node=1 flags=0x0 nice=-20 active=0/256
  pwq 141: cpus=70 node=1 flags=0x0 nice=-20 active=0/256
  pwq 139: cpus=69 node=1 flags=0x0 nice=-20 active=0/256
  pwq 137: cpus=68 node=1 flags=0x0 nice=-20 active=0/256
  pwq 135: cpus=67 node=1 flags=0x0 nice=-20 active=0/256
  pwq 133: cpus=66 node=1 flags=0x0 nice=-20 active=0/256
  pwq 131: cpus=65 node=1 flags=0x0 nice=-20 active=0/256
  pwq 129: cpus=64 node=1 flags=0x0 nice=-20 active=0/256
  pwq 127: cpus=63 node=1 flags=0x0 nice=-20 active=0/256
  pwq 125: cpus=62 node=1 flags=0x0 nice=-20 active=0/256
  pwq 123: cpus=61 node=1 flags=0x0 nice=-20 active=0/256
  pwq 121:
 cpus=60 node=1 flags=0x0 nice=-20 active=0/256
  pwq 119: cpus=59 node=1 flags=0x0 nice=-20 active=0/256
  pwq 117: cpus=58 node=1 flags=0x0 nice=-20 active=0/256
  pwq 115: cpus=57 node=1 flags=0x0 nice=-20 active=0/256
  pwq 113: cpus=56 node=1 flags=0x0 nice=-20 active=0/256
  pwq 111:
 cpus=55 node=1 flags=0x0 nice=-20 active=0/256
  pwq 109: cpus=54 node=1 flags=0x0 nice=-20 active=0/256
  pwq 107: cpus=53 node=1 flags=0x0 nice=-20 active=0/256
  pwq 105: cpus=52 node=1 flags=0x0 nice=-20 active=0/256
  pwq 103: cpus=51 node=1 flags=0x0 nice=-20 active=0/256
  pwq 101: cpus=50 node=1 flags=0x0 nice=-20 active=0/256
  pwq 99: cpus=49 node=1 flags=0x0 nice=-20 active=0/256
  pwq 97: cpus=48 node=1 flags=0x0 nice=-20 active=0/256
  pwq 95: cpus=47 node=1 flags=0x0 nice=-20 active=0/256
  pwq 93: cpus=46 node=1 flags=0x0 nice=-20 active=0/256
  pwq 91: cpus=45 node=1 flags=0x0 nice=-20 active=0/256
  pwq 89: cpus=44 node=1 flags=0x0 nice=-20 active=0/256
  pwq 87:
 cpus=43 node=1 flags=0x0 nice=-20 active=0/256
  pwq 85: cpus=42 node=1 flags=0x0 nice=-20 active=0/256
  pwq 83: cpus=41 node=1 flags=0x0 nice=-20 active=0/256
  pwq 81: cpus=40 node=1 flags=0x0 nice=-20 active=0/256
  pwq 79: cpus=39 node=0 flags=0x0 nice=-20 active=0/256
  pwq 77: cpus=38 node=0 flags=0x0 nice=-20 active=0/256
  pwq 75: cpus=37 node=0 flags=0x0 nice=-20 active=0/256
  pwq 73: cpus=36 node=0 flags=0x0 nice=-20 active=0/256
  pwq 71: cpus=35 node=0 flags=0x0 nice=-20 active=0/256
  pwq 69: cpus=34 node=0 flags=0x0 nice=-20 active=0/256
  pwq 67: cpus=33 node=0 flags=0x0 nice=-20 active=0/256
  pwq 65: cpus=32 node=0 flags=0x0 nice=-20 active=0/256
  pwq 63: cpus=31 node=0 flags=0x0 nice=-20 active=0/256
  pwq 61: cpus=30 node=0 flags=0x0 nice=-20 active=0/256
  pwq 59: cpus=29 node=0 flags=0x0 nice=-20 active=0/256
  pwq 57: cpus=28 node=0 flags=0x0 nice=-20 active=0/256
  pwq 55: cpus=27 node=0 flags=0x0 nice=-20 active=0/256
  pwq 53: cpus=26 node=0 flags=0x0 nice=-20 active=0/256
  pwq 51: cpus=25 node=0 flags=0x0 nice=-20 active=0/256
  pwq 49: cpus=24 node=0 flags=0x0 nice=-20 active=0/256
  pwq 47: cpus=23 node=0 flags=0x0 nice=-20 active=0/256
  pwq 45: cpus=22 node=0 flags=0x0 nice=-20 active=0/256
  pwq 43: cpus=21 node=0 flags=0x0 nice=-20 active=0/256
  pwq 41: cpus=20 node=0 flags=0x0 nice=-20 active=0/256
  pwq 39: cpus=19 node=0 flags=0x0 nice=-20 active=0/256
  pwq 37: cpus=18 node=0 flags=0x0 nice=-20 active=0/256
  pwq 35: cpus=17 node=0 flags=0x0 nice=-20 active=0/256
  pwq 33: cpus=16 node=0 flags=0x0 nice=-20 active=0/256
  pwq 31: cpus=15 node=0 flags=0x0 nice=-20 active=0/256
  pwq 29: cpus=14 node=0 flags=0x0 nice=-20 active=0/256
  pwq 27: cpus=13 node=0 flags=0x0 nice=-20 active=0/256
  pwq 25: cpus=12 node=0 flags=0x0 nice=-20 active=0/256
  pwq 23: cpus=11 node=0 flags=0x0 nice=-20 active=0/256
  pwq 21: cpus=10 node=0 flags=0x0 nice=-20 active=0/256
  pwq 19:
 cpus=9 node=0 flags=0x0 nice=-20 active=0/256
  pwq 17: cpus=8 node=0 flags=0x0 nice=-20 active=0/256
  pwq 15: cpus=7 node=0 flags=0x0 nice=-20 active=0/256
  pwq 13: cpus=6 node=0 flags=0x0 nice=-20 active=0/256
  pwq 11: cpus=5 node=0 flags=0x0 nice=-20 active=0/256
  pwq 9: cpus=4 node=0 flags=0x0 nice=-20 active=0/256
  pwq 7: cpus=3 node=0 flags=0x0 nice=-20 active=0/256
  pwq 5: cpus=2 node=0 flags=0x0 nice=-20 active=0/256
  pwq 3: cpus=1 node=0 flags=0x0 nice=-20 active=0/256
  pwq 1: cpus=0 node=0 flags=0x0 nice=-20 active=0/256
workqueue events_long: flags=0x0
  pwq 318: cpus=159 node=17 flags=0x0 nice=0 active=0/256
  pwq 316: cpus=158 node=17 flags=0x0 nice=0 active=0/256
  pwq 314: cpus=157 node=17 flags=0x0 nice=0 active=0/256
  pwq 312: cpus=156 node=17 flags=0x0 nice=0 active=0/256
  pwq 310: cpus=155 node=17 flags=0x0 nice=0 active=0/256
  pwq 308: cpus=154 node=17 flags=0x0 nice=0 active=0/256
  pwq 306: cpus=153 node=17 flags=0x0 nice=0 active=0/256
  pwq 304:
 cpus=152 node=17 flags=0x0 nice=0 active=0/256
  pwq 302: cpus=151 node=17 flags=0x0 nice=0 active=0/256
  pwq 300: cpus=150 node=17 flags=0x0 nice=0 active=0/256
  pwq 298: cpus=149 node=17 flags=0x0 nice=0 active=0/256
  pwq 296: cpus=148 node=17 flags=0x0 nice=0 active=0/256
  pwq 294: cpus=147 node=17 flags=0x0 nice=0 active=0/256
  pwq 292: cpus=146 node=17 flags=0x0 nice=0 active=0/256
  pwq 290: cpus=145 node=17 flags=0x0 nice=0 active=0/256
  pwq 288: cpus=144 node=17 flags=0x0 nice=0 active=0/256
  pwq 286: cpus=143 node=17 flags=0x0 nice=0 active=0/256
  pwq 284: cpus=142 node=17 flags=0x0 nice=0 active=0/256
  pwq 282: cpus=141 node=17 flags=0x0 nice=0 active=0/256
  pwq 280: cpus=140 node=17 flags=0x0 nice=0 active=0/256
  pwq 278: cpus=139 node=17 flags=0x0 nice=0 active=0/256
  pwq 276: cpus=138 node=17 flags=0x0 nice=0 active=0/256
  pwq 274: cpus=137 node=17 flags=0x0 nice=0 active=0/256
  pwq 272: cpus=136 node=17 flags=0x0 nice=0 active=0/256
  pwq 270: cpus=135 node=17 flags=0x0 nice=0 active=0/256
  pwq 268: cpus=134 node=17 flags=0x0 nice=0 active=0/256
  pwq 266: cpus=133 node=17 flags=0x0 nice=0 active=0/256
  pwq 264: cpus=132 node=17 flags=0x0 nice=0 active=0/256
  pwq 262: cpus=131 node=17 flags=0x0 nice=0 active=0/256
  pwq 260: cpus=130 node=17 flags=0x0 nice=0 active=0/256
  pwq 258: cpus=129 node=17 flags=0x0 nice=0 active=0/256
  pwq 256: cpus=128 node=17 flags=0x0 nice=0 active=0/256
  pwq 254:
 cpus=127 node=17 flags=0x0 nice=0 active=0/256
  pwq 252: cpus=126 node=17 flags=0x0 nice=0 active=0/256
  pwq 250: cpus=125 node=17 flags=0x0 nice=0 active=0/256
  pwq 248: cpus=124 node=17 flags=0x0 nice=0 active=0/256
  pwq 246: cpus=123 node=17 flags=0x0 nice=0 active=0/256
  pwq 244: cpus=122 node=17 flags=0x0 nice=0 active=0/256
  pwq 242: cpus=121 node=17 flags=0x0 nice=0 active=0/256
  pwq 240: cpus=120 node=17 flags=0x0 nice=0 active=0/256
  pwq 238: cpus=119 node=16 flags=0x0 nice=0 active=0/256
  pwq 236: cpus=118 node=16 flags=0x0 nice=0 active=0/256
  pwq 234: cpus=117 node=16 flags=0x0 nice=0 active=0/256
  pwq 232: cpus=116 node=16 flags=0x0 nice=0 active=0/256
  pwq 230: cpus=115 node=16 flags=0x0 nice=0 active=0/256
  pwq 228: cpus=114 node=16 flags=0x0 nice=0 active=0/256
  pwq 226: cpus=113 node=16 flags=0x0 nice=0 active=0/256
  pwq 224: cpus=112 node=16 flags=0x0 nice=0 active=0/256
  pwq 222: cpus=111 node=16 flags=0x0 nice=0 active=0/256
  pwq 220: cpus=110 node=16 flags=0x0 nice=0 active=0/256
  pwq 218: cpus=109 node=16 flags=0x0 nice=0 active=0/256
  pwq 216: cpus=108 node=16 flags=0x0 nice=0 active=0/256
  pwq 214: cpus=107 node=16 flags=0x0 nice=0 active=0/256
  pwq 212: cpus=106 node=16 flags=0x0 nice=0 active=0/256
  pwq 210: cpus=105 node=16 flags=0x0 nice=0 active=0/256
  pwq 208: cpus=104 node=16 flags=0x0 nice=0 active=0/256
  pwq 206: cpus=103 node=16 flags=0x0 nice=0 active=0/256
  pwq 204:
 cpus=102 node=16 flags=0x0 nice=0 active=0/256
  pwq 202: cpus=101 node=16 flags=0x0 nice=0 active=0/256
  pwq 200: cpus=100 node=16 flags=0x0 nice=0 active=0/256
  pwq 198: cpus=99 node=16 flags=0x0 nice=0 active=0/256
  pwq 196: cpus=98 node=16 flags=0x0 nice=0 active=0/256
  pwq 194: cpus=97 node=16 flags=0x0 nice=0 active=0/256
  pwq 192: cpus=96 node=16 flags=0x0 nice=0 active=0/256
  pwq 190: cpus=95 node=16 flags=0x0 nice=0 active=0/256
  pwq 188: cpus=94 node=16 flags=0x0 nice=0 active=0/256
  pwq 186: cpus=93 node=16 flags=0x0 nice=0 active=0/256
  pwq 184: cpus=92 node=16 flags=0x0 nice=0 active=0/256
  pwq 182: cpus=91 node=16 flags=0x0 nice=0 active=0/256
  pwq 180: cpus=90 node=16 flags=0x0 nice=0 active=0/256
  pwq 178: cpus=89 node=16 flags=0x0 nice=0 active=0/256
  pwq 176: cpus=88 node=16 flags=0x0 nice=0 active=0/256
  pwq 174: cpus=87 node=16 flags=0x0 nice=0 active=0/256
  pwq 172: cpus=86 node=16 flags=0x0 nice=0 active=0/256
  pwq 170: cpus=85 node=16 flags=0x0 nice=0 active=0/256
  pwq 168:
 cpus=84 node=16 flags=0x0 nice=0 active=0/256
  pwq 166: cpus=83 node=16 flags=0x0 nice=0 active=0/256
  pwq 164: cpus=82 node=16 flags=0x0 nice=0 active=0/256
  pwq 162: cpus=81 node=16 flags=0x0 nice=0 active=0/256
  pwq 160: cpus=80 node=16 flags=0x0 nice=0 active=0/256
  pwq 158: cpus=79 node=1 flags=0x0 nice=0 active=0/256
  pwq 156: cpus=78 node=1 flags=0x0 nice=0 active=0/256
  pwq 154: cpus=77 node=1 flags=0x0 nice=0 active=0/256
  pwq 152: cpus=76 node=1 flags=0x0 nice=0 active=0/256
  pwq 150: cpus=75 node=1 flags=0x0 nice=0 active=0/256
  pwq 148: cpus=74 node=1 flags=0x0 nice=0 active=0/256
  pwq 146: cpus=73 node=1 flags=0x0 nice=0 active=0/256
  pwq 144: cpus=72 node=1 flags=0x0 nice=0 active=0/256
  pwq 142: cpus=71 node=1 flags=0x0 nice=0 active=0/256
  pwq 140: cpus=70 node=1 flags=0x0 nice=0 active=0/256
  pwq 138: cpus=69 node=1 flags=0x0 nice=0 active=0/256
  pwq 136: cpus=68 node=1 flags=0x0 nice=0 active=0/256
  pwq 134: cpus=67 node=1 flags=0x0 nice=0 active=0/256
  pwq 132: cpus=66 node=1 flags=0x0 nice=0 active=0/256
  pwq 130: cpus=65 node=1 flags=0x0 nice=0 active=0/256
  pwq 128: cpus=64 node=1 flags=0x0 nice=0 active=0/256
  pwq 126: cpus=63 node=1 flags=0x0 nice=0 active=0/256
  pwq 124: cpus=62 node=1 flags=0x0 nice=0 active=0/256
  pwq 122: cpus=61 node=1 flags=0x0 nice=0 active=0/256
  pwq 120: cpus=60 node=1 flags=0x0 nice=0 active=0/256
  pwq 118: cpus=59 node=1 flags=0x0 nice=0 active=0/256
  pwq 116: cpus=58 node=1 flags=0x0 nice=0 active=0/256
  pwq 114: cpus=57 node=1 flags=0x0 nice=0 active=0/256
  pwq 112: cpus=56 node=1 flags=0x0 nice=0 active=0/256
  pwq 110: cpus=55 node=1 flags=0x0 nice=0 active=0/256
  pwq 108: cpus=54 node=1 flags=0x0 nice=0 active=0/256
  pwq 106: cpus=53 node=1 flags=0x0 nice=0 active=0/256
  pwq 104: cpus=52 node=1 flags=0x0 nice=0 active=0/256
  pwq 102:
 cpus=51 node=1 flags=0x0 nice=0 active=0/256
  pwq 100: cpus=50 node=1 flags=0x0 nice=0 active=0/256
  pwq 98: cpus=49 node=1 flags=0x0 nice=0 active=0/256
  pwq 96: cpus=48 node=1 flags=0x0 nice=0 active=0/256
  pwq 94: cpus=47 node=1 flags=0x0 nice=0 active=0/256
  pwq 92: cpus=46 node=1 flags=0x0 nice=0 active=0/256
  pwq 90: cpus=45 node=1 flags=0x0 nice=0 active=0/256
  pwq 88: cpus=44 node=1 flags=0x0 nice=0 active=0/256
  pwq 86: cpus=43 node=1 flags=0x0 nice=0 active=0/256
  pwq 84: cpus=42 node=1 flags=0x0 nice=0 active=0/256
  pwq 82: cpus=41 node=1 flags=0x0 nice=0 active=0/256
  pwq 80: cpus=40 node=1 flags=0x0 nice=0 active=0/256
  pwq 78: cpus=39 node=0 flags=0x0 nice=0 active=0/256
  pwq 76: cpus=38 node=0 flags=0x0 nice=0 active=0/256
  pwq 74: cpus=37 node=0 flags=0x0 nice=0 active=0/256
  pwq 72: cpus=36 node=0 flags=0x0 nice=0 active=0/256
  pwq 70: cpus=35 node=0 flags=0x0 nice=0 active=0/256
  pwq 68: cpus=34 node=0 flags=0x0 nice=0 active=0/256
  pwq 66:
 cpus=33 node=0 flags=0x0 nice=0 active=0/256
  pwq 64: cpus=32 node=0 flags=0x0 nice=0 active=0/256
  pwq 62: cpus=31 node=0 flags=0x0 nice=0 active=0/256
  pwq 60: cpus=30 node=0 flags=0x0 nice=0 active=0/256
  pwq 58: cpus=29 node=0 flags=0x0 nice=0 active=0/256
  pwq 56: cpus=28 node=0 flags=0x0 nice=0 active=0/256
  pwq 54: cpus=27 node=0 flags=0x0 nice=0 active=0/256
  pwq 52: cpus=26 node=0 flags=0x0 nice=0 active=0/256
  pwq 50: cpus=25 node=0 flags=0x0 nice=0 active=0/256
  pwq 48: cpus=24 node=0 flags=0x0 nice=0 active=0/256
  pwq 46: cpus=23 node=0 flags=0x0 nice=0 active=0/256
  pwq 44: cpus=22 node=0 flags=0x0 nice=0 active=0/256
  pwq 42: cpus=21 node=0 flags=0x0 nice=0 active=0/256
  pwq 40: cpus=20 node=0 flags=0x0 nice=0 active=0/256
  pwq 38: cpus=19 node=0 flags=0x0 nice=0 active=0/256
  pwq 36: cpus=18 node=0 flags=0x0 nice=0 active=0/256
  pwq 34: cpus=17 node=0 flags=0x0 nice=0 active=0/256
  pwq 32: cpus=16 node=0 flags=0x0 nice=0 active=0/256
  pwq 30: cpus=15 node=0 flags=0x0 nice=0 active=0/256
  pwq 28: cpus=14 node=0 flags=0x0 nice=0 active=0/256
  pwq 26: cpus=13 node=0 flags=0x0 nice=0 active=0/256
  pwq 24: cpus=12 node=0 flags=0x0 nice=0 active=0/256
  pwq 22: cpus=11 node=0 flags=0x0 nice=0 active=0/256
  pwq 20: cpus=10 node=0 flags=0x0 nice=0 active=0/256
  pwq 18: cpus=9 node=0 flags=0x0 nice=0 active=0/256
  pwq 16: cpus=8 node=0 flags=0x0 nice=0 active=0/256
  pwq 14: cpus=7 node=0 flags=0x0 nice=0 active=0/256
  pwq 12: cpus=6 node=0 flags=0x0 nice=0 active=0/256
  pwq 10: cpus=5 node=0 flags=0x0 nice=0 active=0/256
  pwq 8: cpus=4 node=0 flags=0x0 nice=0 active=0/256
  pwq 6: cpus=3 node=0 flags=0x0 nice=0 active=0/256
  pwq 4: cpus=2 node=0 flags=0x0 nice=0 active=0/256
  pwq 2: cpus=1 node=0 flags=0x0 nice=0 active=0/256
  pwq 0: cpus=0 node=0 flags=0x0 nice=0 active=0/256
workqueue events_unbound: flags=0x2
  pwq 324:
 cpus=120-159 node=17 flags=0x4 nice=0 active=0/640
  pwq 323: cpus=80-119 node=16 flags=0x4 nice=0 active=0/640
  pwq 322: cpus=40-79 node=1 flags=0x4 nice=0 active=0/640
  pwq 321: cpus=0-39 node=0 flags=0x4 nice=0 active=0/640
  pwq 320: cpus=0-159 flags=0x4 nice=0 active=0/640
workqueue events_freezable: flags=0x4
  pwq 318: cpus=159 node=17 flags=0x0 nice=0 active=0/256
  pwq 316: cpus=158 node=17 flags=0x0 nice=0 active=0/256
  pwq 314: cpus=157 node=17 flags=0x0 nice=0 active=0/256
  pwq 312: cpus=156 node=17 flags=0x0 nice=0 active=0/256
  pwq pus=89 node=16 flags=0x0 nice=0 active=0/256
  pwq 176: cpus=88 node=16 flags=0x0 nice=0 active=0/256
  pwq 174: cpus=87 node=16 flags=0x0 nice=0 active=0/256
  pwq 172:
 cpus=86 node=16 flags=0x0 nice=0 active=0/256
  pwq 170: cpus=85 node=16 flags=0x0 nice=0 active=0/256
  pwq 168: cpus=84 node=16 flags=0x0 nice=0 active=0/256
  pwq 166: cpus=83 node=16 flags=0x0 nice=0 active=0/256
  pwq 164: cpus=82 node=16 flags=0x0 nice=0 active=0/256
  pwq 162: cpus=81 node=16 flags=0x0 nice=0 active=0/256
  pwq 160: cpus=80 node=16 flags=0x0 nice=0 active=0/256
  pwq 158: cpus=79 node=1 flags=0x0 nice=0 active=0/256
  pwq 156: cpus=78 node=1 flags=0x0 nice=0 active=0/256
  pwq 154: cpus=77 node=1 flags=0x0 nice=0 active=0/256
  pwq 152: cpus=76 node=1 flags=0x0 nice=0 active=0/256
  pwq 150: cpus=75 node=1 flags=0x0 nice=0 active=0/256
  pwq 148: cpus=74 node=1 flags=0x0 nice=0 active=0/256
  pwq 146: cpus=73 node=1 flags=0x0 nice=0 active=0/256
  pwq 144: cpus=72 node=1 flags=0x0 nice=0 active=0/256
  pwq 142: cpus=71 node=1 flags=0x0 nice=0 active=0/256
  pwq 140: cpus=70 node=1 flags=0x0 nice=0 active=0/256
  pwq 138: cpus=69 node=1 flags=0x0 nice=0 active=0/256
  pwq 136: cpus=68 node=1 flags=0x0 nice=0 active=0/256
  pwq 134: cpus=67 node=1 flags=0x0 nice=0 active=0/256
  pwq 132: cpus=66 node=1 flags=0x0 nice=0 active=0/256
  pwq 130: cpus=65 node=1 flags=0x0 nice=0 active=0/256
  pwq 128: cpus=64 node=1 flags=0x0 nice=0 active=0/256
  pwq 126:
 cpus=63 node=1 flags=0x0 nice=0 active=0/256
  pwq 124: cpus=62 node=1 flags=0x0 nice=0 active=0/256
  pwq 122: cpus=61 node=1 flags=0x0 nice=0 active=0/256
  pwq 120: cpus=60 node=1 flags=0x0 nice=0 active=0/256
  pwq 118: cpus=59 node=1 flags=0x0 nice=0 active=0/256
  pwq 116: cpus=58 node=1 flags=0x0 nice=0 active=0/256
  pwq 114: cpus=57 node=1 flags=0x0 nice=0 active=0/256
  pwq 112: cpus=56 node=1 flags=0x0 nice=0 active=0/256
  pwq 110: cpus=55 node=1 flags=0x0 nice=0 active=0/256
  pwq 108: cpus=54 node=1 flags=0x0 nice=0 active=0/256
  pwq 106: cpus=53 node=1 flags=0x0 nice=0 active=0/256
  pwq 104: cpus=52 node=1 flags=0x0 nice=0 active=0/256
  pwq 102: cpus=51 node=1 flags=0x0 nice=0 active=0/256
  pwq 100: cpus=50 node=1 flags=0x0 nice=0 active=0/256
  pwq 98: cpus=49 node=1 flags=0x0 nice=0 active=0/256
  pwq 96: cpus=48 node=1 flags=0x0 nice=0 active=0/256
  pwq 94: cpus=47 node=1 flags=0x0 nice=0 active=0/256
  pwq 92: cpus=46 node=1 flags=0x0 nice=0 active=0/256
  pwq 90: cpus=45 node=1 flags=0x0 nice=0 active=0/256
  pwq 88: cpus=44 node=1 flags=0x0 nice=0 active=0/256
  pwq 86: cpus=43 node=1 flags=0x0 nice=0 active=0/256
  pwq 84: cpus=42 node=1 flags=0x0 nice=0 active=0/256
  pwq 82: cpus=41 node=1 flags=0x0 nice=0 active=0/256
  pwq 80: cpus=40 node=1 flags=0x0 nice=0 active=0/256
  pwq 78: cpus=39 node=0 flags=0x0 nice=0 active=0/256
  pwq 76: cpus=38 node=0 flags=0x0 nice=0 active=0/256
  pwq 74: cpus=37 node=0 flags=0x0 nice=0 active=0/256
  pwq 72: cpus=36 node=0 flags=0x0 nice=0 active=0/256
  pwq 70: cpus=35 node=0 flags=0x0 nice=0 active=0/256
  pwq 68: cpus=34 node=0 flags=0x0 nice=0 active=0/256
  pwq 66: cpus=33 node=0 flags=0x0 nice=0 active=0/256
  pwq 64: cpus=32 node=0 flags=0x0 nice=0 active=0/256
  pwq 62: cpus=31 node=0 flags=0x0 nice=0 active=0/256
  pwq 60: cpus=30 node=0 flags=0x0 nice=0 active=0/256
  pwq 58:
 cpus=29 node=0 flags=0x0 nice=0 active=0/256
  pwq 56: cpus=28 node=0 flags=0x0 nice=0 active=0/256
  pwq 54: cpus=27 node=0 flags=0x0 nice=0 active=0/256
  pwq 52: cpus=26 node=0 flags=0x0 nice=0 active=0/256
  pwq 50: cpus=25 node=0 flags=0x0 nice=0 active=0/256
  pwq 48: cpus=24 node=0 flags=0x0 nice=0 active=0/256
  pwq 46: cpus=23 node=0 flags=0x0 nice=0 active=0/256
  pwq 44: cpus=22 node=0 flags=0x0 nice=0 active=0/256
  pwq 42: cpus=21 node=0 flags=0x0 nice=0 active=0/256
  pwq 40: cpus=20 node=0 flags=0x0 nice=0 active=0/256
  pwq 38:
 cpus=19 node=0 flags=0x0 nice=0 active=0/256
  pwq 36: cpus=18 node=0 flags=0x0 nice=0 active=0/256
  pwq 34: cpus=17 node=0 flags=0x0 nice=0 active=0/256
  pwq 32: cpus=16 node=0 flags=0x0 nice=0 active=0/256
  pwq 30: cpus=15 node=0 flags=0x0 nice=0 active=0/256
  pwq 28: cpus=14 node=0 flags=0x0 nice=0 active=0/256
  pwq 26: cpus=13 node=0 flags=0x0 nice=0 active=0/256
  pwq 24: cpus=12 node=0 flags=0x0 nice=0 active=0/256
  pwq 22:
 cpus=11 node=0 flags=0x0 nice=0 active=0/256
  pwq 20: cpus=10 node=0 flags=0x0 nice=0 active=0/256
  pwq 18: cpus=9 node=0 flags=0x0 nice=0 active=0/256
  pwq 16: cpus=8 node=0 flags=0x0 nice=0 active=0/256
  pwq 14: cpus=7 node=0 flags=0x0 nice=0 active=0/256
  pwq 12: cpus=6 node=0 flags=0x0 nice=0 active=0/256
  pwq 10: cpus=5 node=0 flags=0x0 nice=0 active=0/256
  pwq 8: cpus=4 node=0 flags=0x0 nice=0 active=0/256
  pwq 6: cpus=3 node=0 flags=0x0 nice=0 active=0/256
  pwq 4: cpus=2 node=0 flags=0x0 nice=0 active=0/256
  pwq 2: cpus=1 node=0 flags=0x0 nice=0 active=0/256
  pwq 0: cpus=0 node=0 flags=0x0 nice=0 active=0/256
workqueue events_power_efficient: flags=0x80
  pwq 318: cpus=159 node=17 flags=0x0 nice=0 active=0/256
  pwq 316: cpus=158 node=17 flags=0x0 nice=0 active=0/256
  pwq 314: cpus=157 node=17 flags=0x0 nice=0 active=0/256
  pwq 312: cpus=156 node=17 flags=0x0 nice=0 active=0/256
  pwq 310: cpus=155 node=17 flags=0x0 nice=0 active=0/256
  pwq 308: cpus=154 node=17 flags=0x0 nice=0 active=0/256
  pwq 306: cpus=153 node=17 flags=0x0 nice=0 active=0/256
  pwq 304: cpus=152 node=17 flags=0x0 nice=0 active=0/256
  pwq 302: cpus=151 node=17 flags=0x0 nice=0 active=0/256
  pwq 300: cpus=150 node=17 flags=0x0 nice=0 active=0/256
  pwq 298: cpus=149 node=17 flags=0x0 nice=0 active=0/256
  pwq 296: cpus=148 node=17 flags=0x0 nice=0 active=0/256
  pwq 294: cpus=147 node=17 flags=0x0 nice=0 active=0/256
  pwq 292: cpus=146 node=17 flags=0x0 nice=0 active=0/256
  pwq 290: cpus=145 node=17 flags=0x0 nice=0 active=0/256
  pwq 288: cpus=144 node=17 flags=0x0 nice=0 active=0/256
  pwq 286: cpus=143 node=17 flags=0x0 nice=0 active=0/256
  pwq 284: cpus=142 node=17 flags=0x0 nice=0 active=0/256
  pwq 282: cpus=141 node=17 flags=0x0 nice=0 active=0/256
  pwq 280: cpus=140 node=17 flags=0x0 nice=0 active=0/256
  pwq 278: cpus=139 node=17 flags=0x0 nice=0 active=0/256
  pwq 276: cpus=138 node=17 flags=0x0 nice=0 active=0/256
  pwq 274:
 cpus=137 node=17 flags=0x0 nice=0 active=0/256
  pwq 272: cpus=136 node=17 flags=0x0 nice=0 active=0/256
  pwq 270: cpus=135 node=17 flags=0x0 nice=0 active=0/256
  pwq 268: cpus=134 node=17 flags=0x0 nice=0 active=0/256
  pwq 266: cpus=133 node=17 flags=0x0 nice=0 active=0/256
  pwq 264: cpus=132 node=17 flags=0x0 nice=0 active=0/256
  pwq 262: cpus=131 node=17 flags=0x0 nice=0 active=0/256
  pwq 260: cpus=130 node=17 flags=0x0 nice=0 active=0/256
  pwq 258: cpus=129 node=17 flags=0x0 nice=0 active=0/256
  pwq 256: cpus=128 node=17 flags=0x0 nice=0 active=0/256
  pwq 254: cpus=127 node=17 flags=0x0 nice=0 active=0/256
  pwq 252: cpus=126 node=17 flags=0x0 nice=0 active=0/256
  pwq 250: cpus=125 node=17 flags=0x0 nice=0 active=0/256
  pwq 248: cpus=124 node=17 flags=0x0 nice=0 active=0/256
  pwq 246: cpus=123 node=17 flags=0x0 nice=0 active=0/256
  pwq 244: cpus=122 node=17 flags=0x0 nice=0 active=0/256
  pwq 242: cpus=121 node=17 flags=0x0 nice=0 active=0/256
  pwq 240: cpus=120 node=17 flags=0x0 nice=0 active=0/256
  pwq 238:
 cpus=119 node=16 flags=0x0 nice=0 active=0/256
  pwq 236: cpus=118 node=16 flags=0x0 nice=0 active=0/256
  pwq 234:
 cpus=117 node=16 flags=0x0 nice=0 active=0/256
  pwq 232: cpus=116 node=16 flags=0x0 nice=0 active=0/256
  pwq 230:
 cpus=115 node=16 flags=0x0 nice=0 active=0/256
  pwq 228: cpus=114 node=16 flags=0x0 nice=0 active=0/256
  pwq 226: cpus=113 node=16 flags=0x0 nice=0 active=0/256
  pwq 224: cpus=112 node=16 flags=0x0 nice=0 active=0/256
  pwq 222: cpus=111 node=16 flags=0x0 nice=0 active=0/256
  pwq 220: cpus=110 node=16 flags=0x0 nice=0 active=0/256
  pwq 218: cpus=109 node=16 flags=0x0 nice=0 active=0/256
  pwq 216: cpus=108 node=16 flags=0x0 nice=0 active=0/256
  pwq 214: cpus=107 node=16 flags=0x0 nice=0 active=0/256
  pwq 212: cpus=106 node=16 flags=0x0 nice=0 active=0/256
  pwq 210: cpus=105 node=16 flags=0x0 nice=0 active=0/256
  pwq 208: cpus=104 node=16 flags=0x0 nice=0 active=0/256
  pwq 206: cpus=103 node=16 flags=0x0 nice=0 active=0/256
  pwq 204: cpus=102 node=16 flags=0x0 nice=0 active=0/256
  pwq 202: cpus=101 node=16 flags=0x0 nice=0 active=0/256
  pwq 200: cpus=100 node=16 flags=0x0 nice=0 active=0/256
  pwq 198: cpus=99 node=16 flags=0x0 nice=0 active=0/256
  pwq 196: cpus=98 node=16 flags=0x0 nice=0 active=0/256
  pwq 194: cpus=97 node=16 flags=0x0 nice=0 active=0/256
  pwq 192: cpus=96 node=16 flags=0x0 nice=0 active=0/256
  pwq 190: cpus=95 node=16 flags=0x0 nice=0 active=0/256
  pwq 188: cpus=94 node=16 flags=0x0 nice=0 active=0/256
  pwq 186: cpus=93 node=16 flags=0x0 nice=0 active=0/256
  pwq 184: cpus=92 node=16 flags=0x0 nice=0 active=0/256
  pwq 182: cpus=91 node=16 flags=0x0 nice=0 active=0/256
  pwq 180: cpus=90 node=16 flags=0x0 nice=0 active=0/256
  pwq 178: cpus=89 node=16 flags=0x0 nice=0 active=0/256
  pwq 176: cpus=88 node=16 flags=0x0 nice=0 active=0/256
  pwq 174:
 cpus=87 node=16 flags=0x0 nice=0 active=0/256
  pwq 172: cpus=86 node=16 flags=0x0 nice=0 active=0/256
  pwq 170: cpus=85 node=16 flags=0x0 nice=0 active=0/256
  pwq 168: cpus=84 node=16 flags=0x0 nice=0 active=0/256
  pwq 166:
 cpus=83 node=16 flags=0x0 nice=0 active=0/256
  pwq 164: cpus=82 node=16 flags=0x0 nice=0 active=0/256
  pwq 162: cpus=81 node=16 flags=0x0 nice=0 active=0/256
  pwq 160: cpus=80 node=16 flags=0x0 nice=0 active=0/256
  pwq 158: cpus=79 node=1 flags=0x0 nice=0 active=0/256
  pwq 156: cpus=78 node=1 flags=0x0 nice=0 active=0/256
  pwq 154: cpus=77 node=1 flags=0x0 nice=0 active=0/256
  pwq 152: cpus=76 node=1 flags=0x0 nice=0 active=0/256
  pwq 150: cpus=75 node=1 flags=0x0 nice=0 active=0/256
  pwq 148: cpus=74 node=1 flags=0x0 nice=0 active=0/256
  pwq 146: cpus=73 node=1 flags=0x0 nice=0 active=0/256
  pwq 144: cpus=72 node=1 flags=0x0 nice=0 active=0/256
  pwq 142: cpus=71 node=1 flags=0x0 nice=0 active=0/256
  pwq 140:
 cpus=70 node=1 flags=0x0 nice=0 active=0/256
  pwq 138: cpus=69 node=1 flags=0x0 nice=0 active=0/256
  pwq 136: cpus=68 node=1 flags=0x0 nice=0 active=0/256
  pwq 134:
 cpus=67 node=1 flags=0x0 nice=0 active=0/256
  pwq 132: cpus=66 node=1 flags=0x0 nice=0 active=0/256
  pwq 130:
 cpus=65 node=1 flags=0x0 nice=0 active=0/256
  pwq 128: cpus=64 node=1 flags=0x0 nice=0 active=0/256
  pwq 126: cpus=63 node=1 flags=0x0 nice=0 active=0/256
  pwq 124: cpus=62 node=1 flags=0x0 nice=0 active=0/256
  pwq 122: cpus=61 node=1 flags=0x0 nice=0 active=0/256
  pwq 120: cpus=60 node=1 flags=0x0 nice=0 active=0/256
  pwq 118: cpus=59 node=1 flags=0x0 nice=0 active=0/256
  pwq 116: cpus=58 node=1 flags=0x0 nice=0 active=0/256
  pwq 114: cpus=57 node=1 flags=0x0 nice=0 active=0/256
  pwq 112: cpus=56 node=1 flags=0x0 nice=0 active=0/256
  pwq 110: cpus=55 node=1 flags=0x0 nice=0 active=0/256
  pwq 108: cpus=54 node=1 flags=0x0 nice=0 active=0/256
  pwq 106:
 cpus=53 node=1 flags=0x0 nice=0 active=0/256
  pwq 104: cpus=52 node=1 flags=0x0 nice=0 active=0/256
  pwq 102: cpus=51 node=1 flags=0x0 nice=0 active=0/256
  pwq 100: cpus=50 node=1 flags=0x0 nice=0 active=0/256
  pwq 98:
 cpus=49 node=1 flags=0x0 nice=0 active=0/256
  pwq 96: cpus=48 node=1 flags=0x0 nice=0 active=0/256
  pwq 94: cpus=47 node=1 flags=0x0 nice=0 active=0/256
  pwq 92: cpus=46 node=1 flags=0x0 nice=0 active=0/256
  pwq 90: cpus=45 node=1 flags=0x0 nice=0 active=0/256
  pwq 88: cpus=44 node=1 flags=0x0 nice=0 active=0/256
  pwq 86: cpus=43 node=1 flags=0x0 nice=0 active=0/256
  pwq 84: cpus=42 node=1 flags=0x0 nice=0 active=0/256
  pwq 82: cpus=41 node=1 flags=0x0 nice=0 active=0/256
  pwq 80: cpus=40 node=1 flags=0x0 nice=0 active=0/256
  pwq 78: cpus=39 node=0 flags=0x0 nice=0 active=0/256
  pwq 76: cpus=38 node=0 flags=0x0 nice=0 active=0/256
  pwq 74: cpus=37 node=0 flags=0x0 nice=0 active=0/256
  pwq 72:
 cpus=36 node=0 flags=0x0 nice=0 active=0/256
  pwq 70: cpus=35 node=0 flags=0x0 nice=0 active=0/256
  pwq 68: cpus=34 node=0 flags=0x0 nice=0 active=0/256
  pwq 66: cpus=33 node=0 flags=0x0 nice=0 active=0/256
  pwq 64: cpus=32 node=0 flags=0x0 nice=0 active=0/256
  pwq 62: cpus=31 node=0 flags=0x0 nice=0 active=0/256
  pwq 60: cpus=30 node=0 flags=0x0 nice=0 active=0/256
  pwq 58: cpus=29 node=0 flags=0x0 nice=0 active=0/256
  pwq 56: cpus=28 node=0 flags=0x0 nice=0 active=0/256
  pwq 54: cpus=27 node=0 flags=0x0 nice=0 active=0/256
  pwq 52: cpus=26 node=0 flags=0x0 nice=0 active=0/256
  pwq 50: cpus=25 node=0 flags=0x0 nice=0 active=0/256
  pwq 48: cpus=24 node=0 flags=0x0 nice=0 active=0/256
  pwq 46: cpus=23 node=0 flags=0x0 nice=0 active=0/256
  pwq 44: cpus=22 node=0 flags=0x0 nice=0 active=0/256
  pwq 42: cpus=21 node=0 flags=0x0 nice=0 active=0/256
  pwq 40: cpus=20 node=0 flags=0x0 nice=0 active=0/256
  pwq 38: cpus=19 node=0 flags=0x0 nice=0 active=0/256
  pwq 36: cpus=18 node=0 flags=0x0 nice=0 active=0/256
  pwq 34: cpus=17 node=0 flags=0x0 nice=0 active=0/256
  pwq 32: cpus=16 node=0 flags=0x0 nice=0 active=0/256
  pwq 30: cpus=15 node=0 flags=0x0 nice=0 active=0/256
  pwq 28: cpus=14 node=0 flags=0x0 nice=0 active=0/256
  pwq 26: cpus=13 node=0 flags=0x0 nice=0 active=0/256
  pwq 24: cpus=12 node=0 flags=0x0 nice=0 active=0/256
  pwq 22: cpus=11 node=0 flags=0x0 nice=0 active=0/256
  pwq 20: cpus=10 node=0 flags=0x0 nice=0 active=0/256
  pwq 18: cpus=9 node=0 flags=0x0 nice=0 active=0/256
  pwq 16: cpus=8 node=0 flags=0x0 nice=0 active=0/256
  pwq 14: cpus=7 node=0 flags=0x0 nice=0 active=0/256
  pwq 12: cpus=6 node=0 flags=0x0 nice=0 active=0/256
  pwq 10: cpus=5 node=0 flags=0x0 nice=0 active=0/256
  pwq 8: cpus=4 node=0 flags=0x0 nice=0 active=0/256
  pwq 6: cpus=3 node=0 flags=0x0 nice=0 active=0/256
  pwq 4: cpus=2 node=0 flags=0x0 nice=0 active=0/256
  pwq 2: cpus=1 node=0 flags=0x0 nice=0 active=0/256
  pwq 0:
 cpus=0 node=0 flags=0x0 nice=0 active=0/256
workqueue events_freezable_power_: flags=0x84
  pwq 318: cpus=159 node=17 flags=0x0 nice=0 active=0/256
  pwq 316: cpus=158 node=17 flags=0x0 nice=0 active=0/256
  pwq 314: cpus=157 node=17 flags=0x0 nice=0 active=0/256
  pwq 312: cpus=156 node=17 flags=0x0 nice=0 active=0/256
  pwq 310: cpus=155 node=17 flags=0x0 nice=0 active=0/256
  pwq 308: cpus=154 node=17 flags=0x0 nice=0 active=0/256
  pwq 306: cpus=153 node=17 flags=0x0 nice=0 active=0/256
  pwq 304: cpus=152 node=17 flags=0x0 nice=0 active=0/256
  pwq 302: cpus=151 node=17 flags=0x0 nice=0 active=0/256
  pwq 300: cpus=150 node=17 flags=0x0 nice=0 active=0/256
  pwq 298: cpus=149 node=17 flags=0x0 nice=0 active=0/256
  pwq 296: cpus=148 node=17 flags=0x0 nice=0 active=0/256
  pwq 294: cpus=147 node=17 flags=0x0 nice=0 active=0/256
  pwq 292: cpus=146 node=17 flags=0x0 nice=0 active=0/256
  pwq 290: cpus=145 node=17 flags=0x0 nice=0 active=0/256
  pwq 288:
 cpus=144 node=17 flags=0x0 nice=0 active=0/256
  pwq 286: cpus=143 node=17 flags=0x0 nice=0 active=0/256
  pwq 284: cpus=142 node=17 flags=0x0 nice=0 active=0/256
  pwq 282: cpus=141 node=17 flags=0x0 nice=0 active=0/256
  pwq 280: cpus=140 node=17 flags=0x0 nice=0 active=0/256
  pwq 278: cpus=139 node=17 flags=0x0 nice=0 active=0/256
  pwq 276: cpus=138 node=17 flags=0x0 nice=0 active=0/256
  pwq 274: cpus=137 node=17 flags=0x0 nice=0 active=0/256
  pwq 272: cpus=136 node=17 flags=0x0 nice=0 active=0/256
  pwq 270: cpus=135 node=17 flags=0x0 nice=0 active=0/256
  pwq 268:
 cpus=134 node=17 flags=0x0 nice=0 active=0/256
  pwq 266: cpus=133 node=17 flags=0x0 nice=0 active=0/256
  pwq 264: cpus=132 node=17 flags=0x0 nice=0 active=0/256
  pwq 262: cpus=131 node=17 flags=0x0 nice=0 active=0/256
  pwq 260: cpus=130 node=17 flags=0x0 nice=0 active=0/256
  pwq 258: cpus=129 node=17 flags=0x0 nice=0 active=0/256
  pwq 256: cpus=128 node=17 flags=0x0 nice=0 active=0/256
  pwq 254: cpus=127 node=17 flags=0x0 nice=0 active=0/256
  pwq 252: cpus=126 node=17 flags=0x0 nice=0 active=0/256
  pwq 250: cpus=125 node=17 flags=0x0 nice=0 active=0/256
  pwq 248: cpus=124 node=17 flags=0x0 nice=0 active=0/256
  pwq 246: cpus=123 node=17 flags=0x0 nice=0 active=0/256
  pwq 244: cpus=122 node=17 flags=0x0 nice=0 active=0/256
  pwq 242: cpus=121 node=17 flags=0x0 nice=0 active=0/256
  pwq 240: cpus=120 node=17 flags=0x0 nice=0 active=0/256
  pwq 238: cpus=119 node=16 flags=0x0 nice=0 active=0/256
  pwq 236: cpus=118 node=16 flags=0x0 nice=0 active=0/256
  pwq 234: cpus=117 node=16 flags=0x0 nice=0 active=0/256
  pwq 232: cpus=116 node=16 flags=0x0 nice=0 active=0/256
  pwq 230: cpus=115 node=16 flags=0x0 nice=0 active=0/256
  pwq 228: cpus=114 node=16 flags=0x0 nice=0 active=0/256
  pwq 226: cpus=113 node=16 flags=0x0 nice=0 active=0/256
  pwq 224: cpus=112 node=16 flags=0x0 nice=0 active=0/256
  pwq 222:
 cpus=111 node=16 flags=0x0 nice=0 active=0/256
  pwq 220: cpus=110 node=16 flags=0x0 nice=0 active=0/256
  pwq 218: cpus=109 node=16 flags=0x0 nice=0 active=0/256
  pwq 216: cpus=108 node=16 flags=0x0 nice=0 active=0/256
  pwq 214: cpus=107 node=16 flags=0x0 nice=0 active=0/256
  pwq 212: cpus=106 node=16 flags=0x0 nice=0 active=0/256
  pwq 210: cpus=105 node=16 flags=0x0 nice=0 active=0/256
  pwq 208: cpus=104 node=16 flags=0x0 nice=0 active=0/256
  pwq 206: cpus=103 node=16 flags=0x0 nice=0 active=0/256
  pwq 204: cpus=102 node=16 flags=0x0 nice=0 active=0/256
  pwq 202: cpus=101 node=16 flags=0x0 nice=0 active=0/256
  pwq 200: cpus=100 node=16 flags=0x0 nice=0 active=0/256
  pwq 198: cpus=99 node=16 flags=0x0 nice=0 active=0/256
  pwq 196: cpus=98 node=16 flags=0x0 nice=0 active=0/256
  pwq 194: cpus=97 node=16 flags=0x0 nice=0 active=0/256
  pwq 192: cpus=96 node=16 flags=0x0 nice=0 active=0/256
  pwq 190: cpus=95 node=16 flags=0x0 nice=0 active=0/256
  pwq 188:
 cpus=94 node=16 flags=0x0 nice=0 active=0/256
  pwq 186: cpus=93 node=16 flags=0x0 nice=0 active=0/256
  pwq 184: cpus=92 node=16 flags=0x0 nice=0 active=0/256
  pwq 182: cpus=91 node=16 flags=0x0 nice=0 active=0/256
  pwq 180: cpus=90 node=16 flags=0x0 nice=0 active=0/256
  pwq 178: cpus=89 node=16 flags=0x0 nice=0 active=0/256
  pwq 176: cpus=88 node=16 flags=0x0 nice=0 active=0/256
  pwq 174: cpus=87 node=16 flags=0x0 nice=0 active=0/256
  pwq 172: cpus=86 node=16 flags=0x0 nice=0 active=0/256
  pwq 170: cpus=85 node=16 flags=0x0 nice=0 active=0/256
  pwq 168: cpus=84 node=16 flags=0x0 nice=0 active=0/256
  pwq 166: cpus=83 node=16 flags=0x0 nice=0 active=0/256
  pwq 164: cpus=82 node=16 flags=0x0 nice=0 active=0/256
  pwq 162: cpus=81 node=16 flags=0x0 nice=0 active=0/256
  pwq 160: cpus=80 node=16 flags=0x0 nice=0 active=0/256
  pwq 158: cpus=79 node=1 flags=0x0 nice=0 active=0/256
  pwq 156: cpus=78 node=1 flags=0x0 nice=0 active=0/256
  pwq 154: cpus=77 node=1 flags=0x0 nice=0 active=0/256
  pwq 152: cpus=76 node=1 flags=0x0 nice=0 active=0/256
  pwq 150: cpus=75 node=1 flags=0x0 nice=0 active=0/256
  pwq 148: cpus=74 node=1 flags=0x0 nice=0 active=0/256
  pwq 146:
 cpus=73 node=1 flags=0x0 nice=0 active=0/256
  pwq 144: cpus=72 node=1 flags=0x0 nice=0 active=0/256
  pwq 142: cpus=71 node=1 flags=0x0 nice=0 active=0/256
  pwq 140: cpus=70 node=1 flags=0x0 nice=0 active=0/256
  pwq 138: cpus=69 node=1 flags=0x0 nice=0 active=0/256
  pwq 136: cpus=68 node=1 flags=0x0 nice=0 active=0/256
  pwq 134: cpus=67 node=1 flags=0x0 nice=0 active=0/256
  pwq 132: cpus=66 node=1 flags=0x0 nice=0 active=0/256
  pwq 130: cpus=65 node=1 flags=0x0 nice=0 active=0/256
  pwq 128: cpus=64 node=1 flags=0x0 nice=0 active=0/256
  pwq 126: cpus=63 node=1 flags=0x0 nice=0 active=0/256
  pwq 124: cpus=62 node=1 flags=0x0 nice=0 active=0/256
  pwq 122: cpus=61 node=1 flags=0x0 nice=0 active=0/256
  pwq 120: cpus=60 node=1 flags=0x0 nice=0 active=0/256
  pwq 118: cpus=59 node=1 flags=0x0 nice=0 active=0/256
  pwq 116: cpus=58 node=1 flags=0x0 nice=0 active=0/256
  pwq 114: cpus=57 node=1 flags=0x0 nice=0 active=0/256
  pwq 112: cpus=56 node=1 flags=0x0 nice=0 active=0/256
  pwq 110: cpus=55 node=1 flags=0x0 nice=0 active=0/256
  pwq 108: cpus=54 node=1 flags=0x0 nice=0 active=0/256
  pwq 106: cpus=53 node=1 flags=0x0 nice=0 active=0/256
  pwq 104: cpus=52 node=1 flags=0x0 nice=0 active=0/256
  pwq 102: cpus=51 node=1 flags=0x0 nice=0 active=0/256
  pwq 100: cpus=50 node=1 flags=0x0 nice=0 active=0/256
  pwq 98: cpus=49 node=1 flags=0x0 nice=0 active=0/256
  pwq 96: cpus=48 node=1 flags=0x0 nice=0 active=0/256
  pwq 94: cpus=47 node=1 flags=0x0 nice=0 active=0/256
  pwq 92: cpus=46 node=1 flags=0x0 nice=0 active=0/256
  pwq 90: cpus=45 node=1 flags=0x0 nice=0 active=0/256
  pwq 88: cpus=44 node=1 flags=0x0 nice=0 active=0/256
  pwq 86: cpus=43 node=1 flags=0x0 nice=0 active=0/256
  pwq 84:
 cpus=42 node=1 flags=0x0 nice=0 active=0/256
  pwq 82:
 cpus=41 node=1 flags=0x0 nice=0 active=0/256
  pwq 80: cpus=40 node=1 flags=0x0 nice=0 active=0/256
  pwq 78: cpus=39 node=0 flags=0x0 nice=0 active=0/256
  pwq 76: cpus=38 node=0 flags=0x0 nice=0 active=0/256
  pwq 74: cpus=37 node=0 flags=0x0 nice=0 active=0/256
  pwq 72: cpus=36 node=0 flags=0x0 nice=0 active=0/256
  pwq 70: cpus=35 node=0 flags=0x0 nice=0 active=0/256
  pwq 68: cpus=34 node=0 flags=0x0 nice=0 active=0/256
  pwq 66: cpus=33 node=0 flags=0x0 nice=0 active=0/256
  pwq 64: cpus=32 node=0 flags=0x0 nice=0 active=0/256
  pwq 62:
 cpus=31 node=0 flags=0x0 nice=0 active=0/256
  pwq 60: cpus=30 node=0 flags=0x0 nice=0 active=0/256
  pwq 58: cpus=29 node=0 flags=0x0 nice=0 active=0/256
  pwq 56: cpus=28 node=0 flags=0x0 nice=0 active=0/256
  pwq 54: cpus=27 node=0 flags=0x0 nice=0 active=0/256
  pwq 52: cpus=26 node=0 flags=0x0 nice=0 active=0/256
  pwq 50:
 cpus=25 node=0 flags=0x0 nice=0 active=0/256
  pwq 48: cpus=24 node=0 flags=0x0 nice=0 active=0/256
  pwq 46: cpus=23 node=0 flags=0x0 nice=0 active=0/256
  pwq 44: cpus=22 node=0 flags=0x0 nice=0 active=0/256
  pwq 42: cpus=21 node=0 flags=0x0 nice=0 active=0/256
  pwq 40: cpus=20 node=0 flags=0x0 nice=0 active=0/256
  pwq 38: cpus=19 node=0 flags=0x0 nice=0 active=0/256
  pwq 36: cpus=18 node=0 flags=0x0 nice=0 active=0/256
  pwq 34: cpus=17 node=0 flags=0x0 nice=0 active=0/256
  pwq 32:
 cpus=16 node=0 flags=0x0 nice=0 active=0/256
  pwq 30: cpus=15 node=0 flags=0x0 nice=0 active=0/256
  pwq 28: cpus=14 node=0 flags=0x0 nice=0 active=0/256
  pwq 26: cpus=13 node=0 flags=0x0 nice=0 active=0/256
  pwq 24: cpus=12 node=0 flags=0x0 nice=0 active=0/256
  pwq 22: cpus=11 node=0 flags=0x0 nice=0 active=0/256
  pwq 20: cpus=10 node=0 flags=0x0 nice=0 active=0/256
  pwq 18: cpus=9 node=0 flags=0x0 nice=0 active=0/256
  pwq 16: cpus=8 node=0 flags=0x0 nice=0 active=0/256
  pwq 14: cpus=7 node=0 flags=0x0 nice=0 active=0/256
  pwq 12: cpus=6 node=0 flags=0x0 nice=0 active=0/256
  pwq 10: cpus=5 node=0 flags=0x0 nice=0 active=0/256
  pwq 8: cpus=4 node=0 flags=0x0 nice=0 active=0/256
  pwq 6: cpus=3 node=0 flags=0x0 nice=0 active=0/256
  pwq 4: cpus=2 node=0 flags=0x0 nice=0 active=0/256
  pwq 2: cpus=1 node=0 flags=0x0 nice=0 active=0/256
  pwq 0: cpus=0 node=0 flags=0x0 nice=0 active=0/256
workqueue lru-add-drain: flags=0x8
  pwq 318: cpus=159 node=17 flags=0x0 nice=0 active=0/256
  pwq 316: cpus=158 node=17 flags=0x0 nice=0 active=0/256
  pwq 314: cpus=157 node=17 flags=0x0 nice=0 active=0/256
  pwq 312: cpus=156 node=17 flags=0x0 nice=0 active=0/256
  pwq 310: cpus=155 node=17 flags=0x0 nice=0 active=0/256
  pwq 308: cpus=154 node=17 flags=0x0 nice=0 active=0/256
  pwq 306: cpus=153 node=17 flags=0x0 nice=0 active=0/256
  pwq 304: cpus=152 node=17 flags=0x0 nice=0 active=0/256
  pwq 302:
 cpus=151 node=17 flags=0x0 nice=0 active=0/256
  pwq 300: cpus=150 node=17 flags=0x0 nice=0 active=0/256
  pwq 298: cpus=149 node=17 flags=0x0 nice=0 active=0/256
  pwq 296: cpus=148 node=17 flags=0x0 nice=0 active=0/256
  pwq 294: cpus=147 node=17 flags=0x0 nice=0 active=0/256
  pwq 292: cpus=146 node=17 flags=0x0 nice=0 active=0/256
  pwq 290: cpus=145 node=17 flags=0x0 nice=0 active=0/256
  pwq 288: cpus=144 node=17 flags=0x0 nice=0 active=0/256
  pwq 286: cpus=143 node=17 flags=0x0 nice=0 active=0/256
  pwq 284: cpus=142 node=17 flags=0x0 nice=0 active=0/256
  pwq 282: cpus=141 node=17 flags=0x0 nice=0 active=0/256
  pwq 280: cpus=140 node=17 flags=0x0 nice=0 active=0/256
  pwq 278: cpus=139 node=17 flags=0x0 nice=0 active=0/256
  pwq 276: cpus=138 node=17 flags=0x0 nice=0 active=0/256
  pwq 274: cpus=137 node=17 flags=0x0 nice=0 active=0/256
  pwq 272: cpus=136 node=17 flags=0x0 nice=0 active=0/256
  pwq 270: cpus=135 node=17 flags=0x0 nice=0 active=0/256
  pwq 268:
 cpus=134 node=17 flags=0x0 nice=0 active=0/256
  pwq 266: cpus=133 node=17 flags=0x0 nice=0 active=0/256
  pwq 264: cpus=132 node=17 flags=0x0 nice=0 active=0/256
  pwq 262: cpus=131 node=17 flags=0x0 nice=0 active=0/256
  pwq 260: cpus=130 node=17 flags=0x0 nice=0 active=0/256
  pwq 258: cpus=129 node=17 flags=0x0 nice=0 active=0/256
  pwq 256: cpus=128 node=17 flags=0x0 nice=0 active=0/256
  pwq 254: cpus=127 node=17 flags=0x0 nice=0 active=0/256
  pwq 252: cpus=126 node=17 flags=0x0 nice=0 active=0/256
  pwq 250: cpus=125 node=17 flags=0x0 nice=0 active=0/256
  pwq 248: cpus=124 node=17 flags=0x0 nice=0 active=0/256
  pwq 246:
 cpus=123 node=17 flags=0x0 nice=0 active=0/256
  pwq 244: cpus=122 node=17 flags=0x0 nice=0 active=0/256
  pwq 242: cpus=121 node=17 flags=0x0 nice=0 active=0/256
  pwq 240: cpus=120 node=17 flags=0x0 nice=0 active=0/256
  pwq 238: cpus=119 node=16 flags=0x0 nice=0 active=0/256
  pwq 236: cpus=118 node=16 flags=0x0 nice=0 active=0/256
  pwq 234: cpus=117 node=16 flags=0x0 nice=0 active=0/256
  pwq 232: cpus=116 node=16 flags=0x0 nice=0 active=0/256
  pwq 230: cpus=115 node=16 flags=0x0 nice=0 active=0/256
  pwq 228:
 cpus=114 node=16 flags=0x0 nice=0 active=0/256
  pwq 226: cpus=113 node=16 flags=0x0 nice=0 active=0/256
  pwq 224: cpus=112 node=16 flags=0x0 nice=0 active=0/256
  pwq 222: cpus=111 node=16 flags=0x0 nice=0 active=0/256
  pwq 220: cpus=110 node=16 flags=0x0 nice=0 active=0/256
  pwq 218: cpus=109 node=16 flags=0x0 nice=0 active=0/256
  pwq 216: cpus=108 node=16 flags=0x0 nice=0 active=0/256
  pwq 214: cpus=107 node=16 flags=0x0 nice=0 active=0/256
  pwq 212: cpus=106 node=16 flags=0x0 nice=0 active=0/256
  pwq 210:
 cpus=105 node=16 flags=0x0 nice=0 active=0/256
  pwq 208: cpus=104 node=16 flags=0x0 nice=0 active=0/256
  pwq 206: cpus=103 node=16 flags=0x0 nice=0 active=0/256
  pwq 204: cpus=102 node=16 flags=0x0 nice=0 active=0/256
  pwq 202: cpus=101 node=16 flags=0x0 nice=0 active=0/256
  pwq 200: cpus=100 node=16 flags=0x0 nice=0 active=0/256
  pwq 198: cpus=99 node=16 flags=0x0 nice=0 active=0/256
  pwq 196: cpus=98 node=16 flags=0x0 nice=0 active=0/256
  pwq 194: cpus=97 node=16 flags=0x0 nice=0 active=0/256
  pwq 192: cpus=96 node=16 flags=0x0 nice=0 active=0/256
  pwq 190: cpus=95 node=16 flags=0x0 nice=0 active=0/256
  pwq 188: cpus=94 node=16 flags=0x0 nice=0 active=0/256
  pwq 186: cpus=93 node=16 flags=0x0 nice=0 active=0/256
  pwq 184: cpus=92 node=16 flags=0x0 nice=0 active=0/256
  pwq 182: cpus=91 node=16 flags=0x0 nice=0 active=0/256
  pwq 180: cpus=90 node=16 flags=0x0 nice=0 active=0/256
  pwq 178: cpus=89 node=16 flags=0x0 nice=0 active=0/256
  pwq 176: cpus=88 node=16 flags=0x0 nice=0 active=0/256
  pwq 174: cpus=87 node=16 flags=0x0 nice=0 active=0/256
  pwq 172: cpus=86 node=16 flags=0x0 nice=0 active=0/256
  pwq 170: cpus=85 node=16 flags=0x0 nice=0 active=0/256
  pwq 168:
 cpus=84 node=16 flags=0x0 nice=0 active=0/256
  pwq 166: cpus=83 node=16 flags=0x0 nice=0 active=0/256
  pwq 164: cpus=82 node=16 flags=0x0 nice=0 active=0/256
  pwq 162: cpus=81 node=16 flags=0x0 nice=0 active=0/256
  pwq 160:
 cpus=80 node=16 flags=0x0 nice=0 active=0/256
  pwq 158: cpus=79 node=1 flags=0x0 nice=0 active=0/256
  pwq 156: cpus=78 node=1 flags=0x0 nice=0 active=0/256
  pwq 154: cpus=77 node=1 flags=0x0 nice=0 active=0/256
  pwq 152: cpus=76 node=1 flags=0x0 nice=0 active=0/256
  pwq 150: cpus=75 node=1 flags=0x0 nice=0 active=0/256
  pwq 148: cpus=74 node=1 flags=0x0 nice=0 active=0/256
  pwq 146: cpus=73 node=1 flags=0x0 nice=0 active=0/256
  pwq 144: cpus=72 node=1 flags=0x0 nice=0 active=0/256
  pwq 142: cpus=71 node=1 flags=0x0 nice=0 active=0/256
  pwq 140: cpus=70 node=1 flags=0x0 nice=0 active=0/256
  pwq 138: cpus=69 node=1 flags=0x0 nice=0 active=0/256
  pwq 136: cpus=68 node=1 flags=0x0 nice=0 active=0/256
  pwq 134: cpus=67 node=1 flags=0x0 nice=0 active=0/256
  pwq 132:
 cpus=66 node=1 flags=0x0 nice=0 active=0/256
  pwq 130: cpus=65 node=1 flags=0x0 nice=0 active=0/256
  pwq 128:
 cpus=64 node=1 flags=0x0 nice=0 active=0/256
  pwq 126: cpus=63 node=1 flags=0x0 nice=0 active=0/256
  pwq 124:
 cpus=62 node=1 flags=0x0 nice=0 active=0/256
  pwq 122: cpus=61 node=1 flags=0x0 nice=0 active=0/256
  pwq 120: cpus=60 node=1 flags=0x0 nice=0 active=0/256
  pwq 118: cpus=59 node=1 flags=0x0 nice=0 active=0/256
  pwq 116: cpus=58 node=1 flags=0x0 nice=0 active=0/256
  pwq 114: cpus=57 node=1 flags=0x0 nice=0 active=0/256
  pwq 112: cpus=56 node=1 flags=0x0 nice=0 active=0/256
  pwq 110: cpus=55 node=1 flags=0x0 nice=0 active=0/256
  pwq 108: cpus=54 node=1 flags=0x0 nice=0 active=0/256
  pwq 106: cpus=53 node=1 flags=0x0 nice=0 active=0/256
  pwq 104: cpus=52 node=1 flags=0x0 nice=0 active=0/256
  pwq 102: cpus=51 node=1 flags=0x0 nice=0 active=0/256
  pwq 100: cpus=50 node=1 flags=0x0 nice=0 active=0/256
  pwq 98: cpus=49 node=1 flags=0x0 nice=0 active=0/256
  pwq 96: cpus=48 node=1 flags=0x0 nice=0 active=0/256
  pwq 94: cpus=47 node=1 flags=0x0 nice=0 active=0/256
  pwq 92: cpus=46 node=1 flags=0x0 nice=0 active=0/256
  pwq 90: cpus=45 node=1 flags=0x0 nice=0 active=0/256
  pwq 88: cpus=44 node=1 flags=0x0 nice=0 active=0/256
  pwq 86: cpus=43 node=1 flags=0x0 nice=0 active=0/256
  pwq 84: cpus=42 node=1 flags=0x0 nice=0 active=0/256
  pwq 82: cpus=41 node=1 flags=0x0 nice=0 active=0/256
  pwq 80: cpus=40 node=1 flags=0x0 nice=0 active=0/256
  pwq 78: cpus=39 node=0 flags=0x0 nice=0 active=0/256
  pwq 76: cpus=38 node=0 flags=0x0 nice=0 active=0/256
  pwq 74: cpus=37 node=0 flags=0x0 nice=0 active=0/256
  pwq 72: cpus=36 node=0 flags=0x0 nice=0 active=0/256
  pwq 70: cpus=35 node=0 flags=0x0 nice=0 active=0/256
  pwq 68: cpus=34 node=0 flags=0x0 nice=0 active=0/256
  pwq 66: cpus=33 node=0 flags=0x0 nice=0 active=0/256
  pwq 64:
 cpus=32 node=0 flags=0x0 nice=0 active=0/256
  pwq 62: cpus=31 node=0 flags=0x0 nice=0 active=0/256
  pwq 60:
 cpus=30 node=0 flags=0x0 nice=0 active=0/256
  pwq 58: cpus=29 node=0 flags=0x0 nice=0 active=0/256
  pwq 56: cpus=28 node=0 flags=0x0 nice=0 active=0/256
  pwq 54: cpus=27 node=0 flags=0x0 nice=0 active=0/256
  pwq 52: cpus=26 node=0 flags=0x0 nice=0 active=0/256
  pwq 50: cpus=25 node=0 flags=0x0 nice=0 active=0/256
  pwq 48: cpus=24 node=0 flags=0x0 nice=0 active=0/256
  pwq 46: cpus=23 node=0 flags=0x0 nice=0 active=0/256
  pwq 44: cpus=236: cpus=118 node=16 flags=0x0 nice=0 active=0/256
  pwq 234: cpus=117 node=16 flags=0x0 nice=0 active=0/256
  pwq 232: cpus=116 node=16 flags=0x0 nice=0 active=0/256
  pwq 230: cpus=115 node=16 flags=0x0 nice=0 active=0/256
  pwq 228: cpus=114 node=16 flags=0x0 nice=0 active=0/256
  pwq 226: cpus=113 node=16 flags=0x0 nice=0 active=0/256
  pwq 224: cpus=112 node=16 flags=0x0 nice=0 active=0/256
  pwq 222: cpus=111 node=16 flags=0x0 nice=0 active=0/256
  pwq 220: cpus=110 node=16 flags=0x0 nice=0 active=0/256
  pwq 218: cpus=109 node=16 flags=0x0 nice=0 active=0/256
  pwq 216: cpus=108 node=16 flags=0x0 nice=0 active=0/256
  pwq 214: cpus=107 node=16 flags=0x0 nice=0 active=0/256
  pwq 212: cpus=106 node=16 flags=0x0 nice=0 active=0/256
  pwq 210: cpus=105 node=16 flags=0x0 nice=0 active=0/256
  pwq 208: cpus=104 node=16 flags=0x0 nice=0 active=0/256
  pwq 206: cpus=103 node=16 flags=0x0 nice=0 active=0/256
  pwq 204: cpus=102 node=16 flags=0x0 nice=0 active=0/256
  pwq 202: cpus=101 node=16 flags=0x0 nice=0 active=0/256
  pwq 200: cpus=100 node=16 flags=0x0 nice=0 active=0/256
  pwq 198: cpus=99 node=16 flags=0x0 nice=0 active=0/256
  pwq 196: cpus=98 node=16 flags=0x0 nice=0 active=0/256
  pwq 194: cpus=97 node=16 flags=0x0 nice=0 active=0/256
  pwq 192: cpus=96 node=16 flags=0x0 nice=0 active=0/256
  pwq 190: cpus=95 node=16 flags=0x0 nice=0 active=0/256
  pwq 188: cpus=94 node=16 flags=0x0 nice=0 active=0/256
  pwq 186:
 cpus=93 node=16 flags=0x0 nice=0 active=0/256
  pwq 184: cpus=92 node=16 flags=0x0 nice=0 active=0/256
  pwq 182: cpus=91 node=16 flags=0x0 nice=0 active=0/256
  pwq 180: cpus=90 node=16 flags=0x0 nice=0 active=0/256
  pwq 178: cpus=89 node=16 flags=0x0 nice=0 active=0/256
  pwq 176: cpus=88 node=16 flags=0x0 nice=0 active=0/256
  pwq 174:
 cpus=87 node=16 flags=0x0 nice=0 active=0/256
  pwq 172:
 cpus=86 node=16 flags=0x0 nice=0 active=0/256
  pwq 170: cpus=85 node=16 flags=0x0 nice=0 active=0/256
  pwq 168: cpus=84 node=16 flags=0x0 nice=0 active=0/256
  pwq 166: cpus=83 node=16 flags=0x0 nice=0 active=0/256
  pwq 164: cpus=82 node=16 flags=0x0 nice=0 active=0/256
  pwq 162: cpus=81 node=16 flags=0x0 nice=0 active=0/256
  pwq 160: cpus=80 node=16 flags=0x0 nice=0 active=0/256
  pwq 158: cpus=79 node=1 flags=0x0 nice=0 active=0/256
  pwq 156: cpus=78 node=1 flags=0x0 nice=0 active=0/256
  pwq 154: cpus=77 node=1 flags=0x0 nice=0 active=0/256
  pwq 152: cpus=76 node=1 flags=0x0 nice=0 active=0/256
  pwq 150: cpus=75 node=1 flags=0x0 nice=0 active=0/256
  pwq 148: cpus=74 node=1 flags=0x0 nice=0 active=0/256
  pwq 146: cpus=73 node=1 flags=0x0 nice=0 active=0/256
  pwq 144: cpus=72 node=1 flags=0x0 nice=0 active=0/256
  pwq 142: cpus=71 node=1 flags=0x0 nice=0 active=0/256
  pwq 140: cpus=70 node=1 flags=0x0 nice=0 active=0/256
  pwq 138: cpus=69 node=1 flags=0x0 nice=0 active=0/256
  pwq 136:
 cpus=68 node=1 flags=0x0 nice=0 active=0/256
  pwq 134: cpus=67 node=1 flags=0x0 nice=0 active=0/256
  pwq 132: cpus=66 node=1 flags=0x0 nice=0 active=0/256
  pwq 130: cpus=65 node=1 flags=0x0 nice=0 active=0/256
  pwq 128: cpus=64 node=1 flags=0x0 nice=0 active=0/256
  pwq 126: cpus=63 node=1 flags=0x0 nice=0 active=0/256
  pwq 124: cpus=62 node=1 flags=0x0 nice=0 active=0/256
  pwq 122: cpus=61 node=1 flags=0x0 nice=0 active=0/256
  pwq 120: cpus=60 node=1 flags=0x0 nice=0 active=0/256
  pwq 118: cpus=59 node=1 flags=0x0 nice=0 active=0/256
  pwq 116: cpus=58 node=1 flags=0x0 nice=0 active=0/256
  pwq 114: cpus=57 node=1 flags=0x0 nice=0 active=0/256
  pwq 112: cpus=56 node=1 flags=0x0 nice=0 active=0/256
  pwq 110: cpus=55 node=1 flags=0x0 nice=0 active=0/256
  pwq 108: cpus=54 node=1 flags=0x0 nice=0 active=0/256
  pwq 106: cpus=53 node=1 flags=0x0 nice=0 active=0/256
  pwq 104: cpus=52 node=1 flags=0x0 nice=0 active=0/256
  pwq 102: cpus=51 node=1 flags=0x0 nice=0 active=0/256
  pwq 100: cpus=50 node=1 flags=0x0 nice=0 active=0/256
  pwq 98: cpus=49 node=1 flags=0x0 nice=0 active=0/256
  pwq 96: cpus=48 node=1 flags=0x0 nice=0 active=0/256
  pwq 94: cpus=47 node=1 flags=0x0 nice=0 active=0/256
  pwq 92: cpus=46 node=1 flags=0x0 nice=0 active=0/256
  pwq 90: cpus=45 node=1 flags=0x0 nice=0 active=0/256
  pwq 88: cpus=44 node=1 flags=0x0 nice=0 active=0/256
  pwq 86: cpus=43 node=1 flags=0x0 nice=0 active=0/256
  pwq 84: cpus=42 node=1 flags=0x0 nice=0 active=0/256
  pwq 82:
 cpus=41 node=1 flags=0x0 nice=0 active=0/256
  pwq 80: cpus=40 node=1 flags=0x0 nice=0 active=0/256
  pwq 78: cpus=39 node=0 flags=0x0 nice=0 active=0/256
  pwq 76: cpus=38 node=0 flags=0x0 nice=0 active=0/256
  pwq 74: cpus=37 node=0 flags=0x0 nice=0 active=0/256
  pwq 72: cpus=36 node=0 flags=0x0 nice=0 active=0/256
  pwq 70: cpus=35 node=0 flags=0x0 nice=0 active=0/256
  pwq 68: cpus=34 node=0 flags=0x0 nice=0 active=0/256
  pwq 66: cpus=33 node=0 flags=0x0 nice=0 active=0/256
  pwq 64: cpus=32 node=0 flags=0x0 nice=0 active=0/256
  pwq 62: cpus=31 node=0 flags=0x0 nice=0 active=0/256
  pwq 60: cpus=30 node=0 flags=0x0 nice=0 active=0/256
  pwq 58: cpus=29 node=0 flags=0x0 nice=0 active=0/256
  pwq 56: cpus=28 node=0 flags=0x0 nice=0 active=0/256
  pwq 54: cpus=27 node=0 flags=0x0 nice=0 active=0/256
  pwq 52: cpus=26 node=0 flags=0x0 nice=0 active=0/256
  pwq 50: cpus=25 node=0 flags=0x0 nice=0 active=0/256
  pwq 48: cpus=24 node=0 flags=0x0 nice=0 active=0/256
  pwq 46: cpus=23 node=0 flags=0x0 nice=0 active=0/256
  pwq 44: cpus=22 node=0 flags=0x0 nice=0 active=0/256
  pwq 42: cpus=21 node=0 flags=0x0 nice=0 active=0/256
  pwq 40: cpus=20 node=0 flags=0x0 nice=0 active=0/256
  pwq 38: cpus=19 node=0 flags=0x0 nice=0 active=0/256
  pwq 36: cpus=18 node=0 flags=0x0 nice=0 active=0/256
  pwq 34: cpus=17 node=0 flags=0x0 nice=0 active=0/256
  pwq 32: cpus=16 node=0 flags=0x0 nice=0 active=0/256
  pwq 30: cpus=15 node=0 flags=0x0 nice=0 active=0/256
  pwq 28: cpus=14 node=0 flags=0x0 nice=0 active=0/256
  pwq 26: cpus=13 node=0 flags=0x0 nice=0 active=0/256
  pwq 24: cpus=12 node=0 flags=0x0 nice=0 active=0/256
  pwq 22:
 cpus=11 node=0 flags=0x0 nice=0 active=0/256
  pwq 20: cpus=10 node=0 flags=0x0 nice=0 active=0/256
  pwq 18: cpus=9 node=0 flags=0x0 nice=0 active=0/256
  pwq 16: cpus=8 node=0 flags=0x0 nice=0 active=0/256
  pwq 14: cpus=7 node=0 flags=0x0 nice=0 active=0/256
  pwq 12: cpus=6 node=0 flags=0x0 nice=0 active=0/256
  pwq 10: cpus=5 node=0 flags=0x0 nice=0 active=0/256
  pwq 8: cpus=4 node=0 flags=0x0 nice=0 active=0/256
  pwq 6: cpus=3 node=0 flags=0x0 nice=0 active=0/256
  pwq 4: cpus=2 node=0 flags=0x0 nice=0 active=0/256
  pwq 2: cpus=1 node=0 flags=0x0 nice=0 active=0/256
  pwq 0: cpus=0 node=0 flags=0x0 nice=0 active=0/256
workqueue cgroup_destroy: flags=0x0
  pwq 318: cpus=159 node=17 flags=0x0 nice=0 active=0/1
  pwq 316: cpus=158 node=17 flags=0x0 nice=0 active=0/1
  pwq 314: cpus=157 node=17 flags=0x0 nice=0 active=0/1
  pwq 312: cpus=156 node=17 flags=0x0 nice=0 active=0/1
  pwq 310: cpus=155 node=17 flags=0x0 nice=0 active=0/1
  pwq 308: cpus=154 node=17 flags=0x0 nice=0 active=0/1
  pwq 306: cpus=153 node=17 flags=0x0 nice=0 active=0/1
  pwq 304: cpus=152 node=17 flags=0x0 nice=0 active=0/1
  pwq 302: cpus=151 node=17 flags=0x0 nice=0 active=0/1
  pwq 300: cpus=150 node=17 flags=0x0 nice=0 active=0/1
  pwq 298:
 cpus=149 node=17 flags=0x0 nice=0 active=0/1
  pwq 296: cpus=148 node=17 flags=0x0 nice=0 active=0/1
  pwq 294: cpus=147 node=17 flags=0x0 nice=0 active=0/1
  pwq 292: cpus=146 node=17 flags=0x0 nice=0 active=0/1
  pwq 290: cpus=145 node=17 flags=0x0 nice=0 active=0/1
  pwq 288: cpus=144 node=17 flags=0x0 nice=0 active=0/1
  pwq 286: cpus=143 node=17 flags=0x0 nice=0 active=0/1
  pwq 284: cpus=142 node=17 flags=0x0 nice=0 active=0/1
  pwq 282: cpus=141 node=17 flags=0x0 nice=0 active=0/1
  pwq 280: cpus=140 node=17 flags=0x0 nice=0 active=0/1
  pwq 278: cpus=139 node=17 flags=0x0 nice=0 active=0/1
  pwq 276: cpus=138 node=17 flags=0x0 nice=0 active=0/1
  pwq 274: cpus=137 node=17 flags=0x0 nice=0 active=0/1
  pwq 272: cpus=136 node=17 flags=0x0 nice=0 active=0/1
  pwq 270: cpus=135 node=17 flags=0x0 nice=0 active=0/1
  pwq 268: cpus=134 node=17 flags=0x0 nice=0 active=0/1
  pwq 266: cpus=133 node=17 flags=0x0 nice=0 active=0/1
  pwq 264: cpus=132 node=17 flags=0x0 nice=0 active=0/1
  pwq 262: cpus=131 node=17 flags=0x0 nice=0 active=0/1
  pwq 260: cpus=130 node=17 flags=0x0 nice=0 active=0/1
  pwq 258: cpus=129 node=17 flags=0x0 nice=0 active=0/1
  pwq 256: cpus=128 node=17 flags=0x0 nice=0 active=0/1
  pwq 254: cpus=127 node=17 flags=0x0 nice=0 active=0/1
  pwq 252: cpus=126 node=17 flags=0x0 nice=0 active=0/1
  pwq 250: cpus=125 node=17 flags=0x0 nice=0 active=0/1
  pwq 248: cpus=124 node=17 flags=0x0 nice=0 active=0/1
  pwq 246: cpus=123 node=17 flags=0x0 nice=0 active=0/1
  pwq 244: cpus=122 node=17 flags=0x0 nice=0 active=0/1
  pwq 242: cpus=121 node=17 flags=0x0 nice=0 active=0/1
  pwq 240: cpus=120 node=17 flags=0x0 nice=0 active=0/1
  pwq 238: cpus=119 node=16 flags=0x0 nice=0 active=0/1
  pwq 236: cpus=118 node=16 flags=0x0 nice=0 active=0/1
  pwq 234: cpus=117 node=16 flags=0x0 nice=0 active=0/1
  pwq 232: cpus=116 node=16 flags=0x0 nice=0 active=0/1
  pwq 230:
 cpus=115 node=16 flags=0x0 nice=0 active=0/1
  pwq 228: cpus=114 node=16 flags=0x0 nice=0 active=0/1
  pwq 226: cpus=113 node=16 flags=0x0 nice=0 active=0/1
  pwq 224: cpus=112 node=16 flags=0x0 nice=0 active=0/1
  pwq 222: cpus=111 node=16 flags=0x0 nice=0 active=0/1
  pwq 220: cpus=110 node=16 flags=0x0 nice=0 active=0/1
  pwq 218: cpus=109 node=16 flags=0x0 nice=0 active=0/1
  pwq 216: cpus=108 node=16 flags=0x0 nice=0 active=0/1
  pwq 214: cpus=107 node=16 flags=0x0 nice=0 active=0/1
  pwq 212: cpus=106 node=16 flags=0x0 nice=0 active=0/1
  pwq 210: cpus=105 node=16 flags=0x0 nice=0 active=0/1
  pwq 208: cpus=104 node=16 flags=0x0 nice=0 active=0/1
  pwq 206: cpus=103 node=16 flags=0x0 nice=0 active=0/1
  pwq 204: cpus=102 node=16 flags=0x0 nice=0 active=0/1
  pwq 202: cpus=101 node=16 flags=0x0 nice=0 active=0/1
  pwq 200: cpus=100 node=16 flags=0x0 nice=0 active=0/1
  pwq 198: cpus=99 node=16 flags=0x0 nice=0 active=0/1
  pwq 196: cpus=98 node=16 flags=0x0 nice=0 active=0/1
  pwq 194:
 cpus=97 node=16 flags=0x0 nice=0 active=0/1
  pwq 192: cpus=96 node=16 flags=0x0 nice=0 active=0/1
  pwq 190: cpus=95 node=16 flags=0x0 nice=0 active=0/1
  pwq 188: cpus=94 node=16 flags=0x0 nice=0 active=0/1
  pwq 186: cpus=93 node=16 flags=0x0 nice=0 active=0/1
  pwq 184: cpus=92 node=16 flags=0x0 nice=0 active=0/1
  pwq 182: cpus=91 node=16 flags=0x0 nice=0 active=0/1
  pwq 180: cpus=90 node=16 flags=0x0 nice=0 active=0/1
  pwq 178: cpus=89 node=16 flags=0x0 nice=0 active=0/1
  pwq 176:
 cpus=88 node=16 flags=0x0 nice=0 active=0/1
  pwq 174: cpus=87 node=16 flags=0x0 nice=0 active=0/1
  pwq 172: cpus=86 node=16 flags=0x0 nice=0 active=0/1
  pwq 170: cpus=85 node=16 flags=0x0 nice=0 active=0/1
  pwq 168: cpus=84 node=16 flags=0x0 nice=0 active=0/1
  pwq 166: cpus=83 node=16 flags=0x0 nice=0 active=0/1
  pwq 164: cpus=82 node=16 flags=0x0 nice=0 active=0/1
  pwq 162: cpus=81 node=16 flags=0x0 nice=0 active=0/1
  pwq 160: cpus=80 node=16 flags=0x0 nice=0 active=0/1
  pwq 158: cpus=79 node=1 flags=0x0 nice=0 active=0/1
  pwq 156: cpus=78 node=1 flags=0x0 nice=0 active=0/1
  pwq 154: cpus=77 node=1 flags=0x0 nice=0 active=0/1
  pwq 152: cpus=76 node=1 flags=0x0 nice=0 active=0/1
  pwq 150: cpus=75 node=1 flags=0x0 nice=0 active=0/1
  pwq 148: cpus=74 node=1 flags=0x0 nice=0 active=0/1
  pwq 146: cpus=73 node=1 flags=0x0 nice=0 active=0/1
  pwq 144: cpus=72 node=1 flags=0x0 nice=0 active=0/1
  pwq 142: cpus=71 node=1 flags=0x0 nice=0 active=0/1
  pwq 140: cpus=70 node=1 flags=0x0 nice=0 active=0/1
  pwq 138: cpus=69 node=1 flags=0x0 nice=0 active=0/1
  pwq 136: cpus=68 node=1 flags=0x0 nice=0 active=0/1
  pwq 134: cpus=67 node=1 flags=0x0 nice=0 active=0/1
  pwq 132: cpus=66 node=1 flags=0x0 nice=0 active=0/1
  pwq 130: cpus=65 node=1 flags=0x0 nice=0 active=0/1
  pwq 128: cpus=64 node=1 flags=0x0 nice=0 active=0/1
  pwq 126: cpus=63 node=1 flags=0x0 nice=0 active=0/1
  pwq 124:
 cpus=62 node=1 flags=0x0 nice=0 active=0/1
  pwq 122: cpus=61 node=1 flags=0x0 nice=0 active=0/1
  pwq 120: cpus=60 node=1 flags=0x0 nice=0 active=0/1
  pwq 118: cpus=59 node=1 flags=0x0 nice=0 active=0/1
  pwq 116: cpus=58 node=1 flags=0x0 nice=0 active=0/1
  pwq 114: cpus=57 node=1 flags=0x0 nice=0 active=0/1
  pwq 112: cpus=56 node=1 flags=0x0 nice=0 active=0/1
  pwq 110: cpus=55 node=1 flags=0x0 nice=0 active=0/1
  pwq 108: cpus=54 node=1 flags=0x0 nice=0 active=0/1
  pwq 106: cpus=53 node=1 flags=0x0 nice=0 active=0/1
  pwq 104: cpus=52 node=1 flags=0x0 nice=0 active=0/1
  pwq 102: cpus=51 node=1 flags=0x0 nice=0 active=0/1
  pwq 100: cpus=50 node=1 flags=0x0 nice=0 active=0/1
  pwq 98: cpus=49 node=1 flags=0x0 nice=0 active=0/1
  pwq 96: cpus=48 node=1 flags=0x0 nice=0 active=0/1
  pwq 94: cpus=47 node=1 flags=0x0 nice=0 active=0/1
  pwq 92: cpus=46 node=1 flags=0x0 nice=0 active=0/1
  pwq 90: cpus=45 node=1 flags=0x0 nice=0 active=0/1
  pwq 88:
 cpus=44 node=1 flags=0x0 nice=0 active=0/1
  pwq 86: cpus=43 node=1 flags=0x0 nice=0 active=0/1
  pwq 84: cpus=42 node=1 flags=0x0 nice=0 active=0/1
  pwq 82: cpus=41 node=1 flags=0x0 nice=0 active=0/1
  pwq 80: cpus=40 node=1 flags=0x0 nice=0 active=0/1
  pwq 78: cpus=39 node=0 flags=0x0 nice=0 active=0/1
  pwq 76: cpus=38 node=0 flags=0x0 nice=0 active=0/1
  pwq 74: cpus=37 node=0 flags=0x0 nice=0 active=0/1
  pwq 72: cpus=36 node=0 flags=0x0 nice=0 active=0/1
  pwq 70: cpus=35 node=0 flags=0x0 nice=0 active=0/1
  pwq 68: cpus=34 node=0 flags=0x0 nice=0 active=0/1
  pwq 66: cpus=33 node=0 flags=0x0 nice=0 active=0/1
  pwq 64: cpus=32 node=0 flags=0x0 nice=0 active=0/1
  pwq 62: cpus=31 node=0 flags=0x0 nice=0 active=0/1
  pwq 60: cpus=30 node=0 flags=0x0 nice=0 active=0/1
  pwq 58: cpus=29 node=0 flags=0x0 nice=0 active=0/1
  pwq 56: cpus=28 node=0 flags=0x0 nice=0 active=0/1
  pwq 54: cpus=27 node=0 flags=0x0 nice=0 active=0/1
  pwq 52:
 cpus=26 node=0 flags=0x0 nice=0 active=0/1
  pwq 50: cpus=25 node=0 flags=0x0 nice=0 active=0/1
  pwq 48: cpus=24 node=0 flags=0x0 nice=0 active=0/1
  pwq 46: cpus=23 node=0 flags=0x0 nice=0 active=0/1
  pwq 44: cpus=22 node=0 flags=0x0 nice=0 active=0/1
  pwq 42: cpus=21 node=0 flags=0x0 nice=0 active=0/1
  pwq 40: cpus=20 node=0 flags=0x0 nice=0 active=0/1
  pwq 38: cpus=19 node=0 flags=0x0 nice=0 active=0/1
  pwq 36: cpus=18 node=0 flags=0x0 nice=0 active=0/1
  pwq 34: cpus=17 node=0 flags=0x0 nice=0 active=0/1
  pwq 32: cpus=16 node=0 flags=0x0 nice=0 active=0/1
  pwq 30: cpus=15 node=0 flags=0x0 nice=0 active=0/1
  pwq 28: cpus=14 node=0 flags=0x0 nice=0 active=0/1
  pwq 26: cpus=13 node=0 flags=0x0 nice=0 active=0/1
  pwq 24:
 cpus=12 node=0 flags=0x0 nice=0 active=0/1
  pwq 22: cpus=11 node=0 flags=0x0 nice=0 active=0/1
  pwq 20: cpus=10 node=0 flags=0x0 nice=0 active=0/1
  pwq 18: cpus=9 node=0 flags=0x0 nice=0 active=0/1
  pwq 16: cpus=8 node=0 flags=0x0 nice=0 active=0/1
  pwq 14: cpus=7 node=0 flags=0x0 nice=0 active=0/1
  pwq 12: cpus=6 node=0 flags=0x0 nice=0 active=0/1
  pwq 10: cpus=5 node=0 flags=0x0 nice=0 active=0/1
  pwq 8: cpus=4 node=0 flags=0x0 nice=0 active=0/1
  pwq 6: cpus=3 node=0 flags=0x0 nice=0 active=0/1
  pwq 4: cpus=2 node=0 flags=0x0 nice=0 active=0/1
  pwq 2: cpus=1 node=0 flags=0x0 nice=0 active=0/1
  pwq 0: cpus=0 node=0 flags=0x0 nice=0 active=0/1
workqueue cgroup_pidlist_destroy: flags=0x0
  pwq 318: cpus=159 node=17 flags=0x0 nice=0 active=0/1
  pwq 316: cpus=158 node=17 flags=0x0 nice=0 active=0/1
  pwq 314: cpus=157 node=17 flags=0x0 nice=0 active=0/1
  pwq 312: cpus=156 node=17 flags=0x0 nice=0 active=0/1
  pwq 310: cpus=155 node=17 flags=0x0 nice=0 active=0/1
  pwq 308: cpus=154 node=17 flags=0x0 nice=0 active=0/1
  pwq 306: cpus=153 node=17 flags=0x0 nice=0 active=0/1
  pwq 304: cpus=152 node=17 flags=0x0 nice=0 active=0/1
  pwq 302: cpus=151 node=17 flags=0x0 nice=0 active=0/1
  pwq 300:
 cpus=150 node=17 flags=0x0 nice=0 active=0/1
  pwq 298: cpus=149 node=17 flags=0x0 nice=0 active=0/1
  pwq 296: cpus=148 node=17 flags=0x0 nice=0 active=0/1
  pwq 294: cpus=147 node=17 flags=0x0 nice=0 active=0/1
  pwq 292: cpus=146 node=17 flags=0x0 nice=0 active=0/1
  pwq 290: cpus=145 node=17 flags=0x0 nice=0 active=0/1
  pwq 288: cpus=144 node=17 flags=0x0 nice=0 active=0/1
  pwq 286: cpus=143 node=17 flags=0x0 nice=0 active=0/1
  pwq 284: cpus=142 node=17 flags=0x0 nice=0 active=0/1
  pwq 282: cpus=141 node=17 flags=0x0 nice=0 active=0/1
  pwq 280: cpus=140 node=17 flags=0x0 nice=0 active=0/1
  pwq 278: cpus=139 node=17 flags=0x0 nice=0 active=0/1
  pwq 276:
 cpus=138 node=17 flags=0x0 nice=0 active=0/1
  pwq 274: cpus=137 node=17 flags=0x0 nice=0 active=0/1
  pwq 272: cpus=136 node=17 flags=0x0 nice=0 active=0/1
  pwq 270: cpus=135 node=17 flags=0x0 nice=0 active=0/1
  pwq 268: cpus=134 node=17 flags=0x0 nice=0 active=0/1
  pwq 266:
 cpus=133 node=17 flags=0x0 nice=0 active=0/1
  pwq 264: cpus=132 node=17 flags=0x0 nice=0 active=0/1
  pwq 262: cpus=131 node=17 flags=0x0 nice=0 active=0/1
  pwq 260: cpus=130 node=17 flags=0x0 nice=0 active=0/1
  pwq 258: cpus=129 node=17 flags=0x0 nice=0 active=0/1
  pwq 256: cpus=128 node=17 flags=0x0 nice=0 active=0/1
  pwq 254: cpus=127 node=17 flags=0x0 nice=0 active=0/1
  pwq 252: cpus=126 node=17 flags=0x0 nice=0 active=0/1
  pwq 250: cpus=125 node=17 flags=0x0 nice=0 active=0/1
  pwq 248: cpus=124 node=17 flags=0x0 nice=0 active=0/1
  pwq 246: cpus=123 node=17 flags=0x0 nice=0 active=0/1
  pwq 244: cpus=122 node=17 flags=0x0 nice=0 active=0/1
  pwq 242: cpus=121 node=17 flags=0x0 nice=0 active=0/1
  pwq 240: cpus=120 node=17 flags=0x0 nice=0 active=0/1
  pwq 238: cpus=119 node=16 flags=0x0 nice=0 active=0/1
  pwq 236: cpus=118 node=16 flags=0x0 nice=0 active=0/1
  pwq 234: cpus=117 node=16 flags=0x0 nice=0 active=0/1
  pwq 232: cpus=116 node=16 flags=0x0 nice=0 active=0/1
  pwq 230: cpus=115 node=16 flags=0x0 nice=0 active=0/1
  pwq 228: cpus=114 node=16 flags=0x0 nice=0 active=0/1
  pwq 226: cpus=113 node=16 flags=0x0 nice=0 active=0/1
  pwq 224: cpus=112 node=16 flags=0x0 nice=0 active=0/1
  pwq 222: cpus=111 node=16 flags=0x0 nice=0 active=0/1
  pwq 220: cpus=110 node=16 flags=0x0 nice=0 active=0/1
  pwq 218:
 cpus=109 node=16 flags=0x0 nice=0 active=0/1
  pwq 216: cpus=108 node=16 flags=0x0 nice=0 active=0/1
  pwq 214: cpus=107 node=16 flags=0x0 nice=0 active=0/1
  pwq 212: cpus=106 node=16 flags=0x0 nice=0 active=0/1
  pwq 210: cpus=105 node=16 flags=0x0 nice=0 active=0/1
  pwq 208: cpus=104 node=16 flags=0x0 nice=0 active=0/1
  pwq 206: cpus=103 node=16 flags=0x0 nice=0 active=0/1
  pwq 204: cpus=102 node=16 flags=0x0 nice=0 active=0/1
  pwq 202: cpus=101 node=16 flags=0x0 nice=0 active=0/1
  pwq 200: cpus=100 node=16 flags=0x0 nice=0 active=0/1
  pwq 198: cpus=99 node=16 flags=0x0 nice=0 active=0/1
  pwq 196: cpus=98 node=16 flags=0x0 nice=0 active=0/1
  pwq 194: cpus=97 node=16 flags=0x0 nice=0 active=0/1
  pwq 192: cpus=96 node=16 flags=0x0 nice=0 active=0/1
  pwq 190: cpus=95 node=16 flags=0x0 nice=0 active=0/1
  pwq 188: cpus=94 node=16 flags=0x0 nice=0 active=0/1
  pwq 186: cpus=93 node=16 flags=0x0 nice=0 active=0/1
  pwq 184: cpus=92 node=16 flags=0x0 nice=0 active=0/1
  pwq 182: cpus=91 node=16 flags=0x0 nice=0 active=0/1
  pwq 180: cpus=90 node=16 flags=0x0 nice=0 active=0/1
  pwq 178: cpus=89 node=16 flags=0x0 nice=0 active=0/1
  pwq 176: cpus=88 node=16 flags=0x0 nice=0 active=0/1
  pwq 174: cpus=87 node=16 flags=0x0 nice=0 active=0/1
  pwq 172: cpus=86 node=16 flags=0x0 nice=0 active=0/1
  pwq 170: cpus=85 node=16 flags=0x0 nice=0 active=0/1
  pwq 168: cpus=84 node=16 flags=0x0 nice=0 active=0/1
  pwq 166: cpus=83 node=16 flags=0x0 nice=0 active=0/1
  pwq 164: cpus=82 node=16 flags=0x0 nice=0 active=0/1
  pwq 162:
 cpus=81 node=16 flags=0x0 nice=0 active=0/1
  pwq 160: cpus=80 node=16 flags=0x0 nice=0 active=0/1
  pwq 158: cpus=79 node=1 flags=0x0 nice=0 active=0/1
  pwq 156: cpus=78 node=1 flags=0x0 nice=0 active=0/1
  pwq 154: cpus=77 node=1 flags=0x0 nice=0 active=0/1
  pwq 152: cpus=76 node=1 flags=0x0 nice=0 active=0/1
  pwq 150: cpus=75 node=1 flags=0x0 nice=0 active=0/1
  pwq 148: cpus=74 node=1 flags=0x0 nice=0 active=0/1
  pwq 146: cpus=73 node=1 flags=0x0 nice=0 active=0/1
  pwq 144: cpus=72 node=1 flags=0x0 nice=0 active=0/1
  pwq 142: cpus=71 node=1 flags=0x0 nice=0 active=0/1
  pwq 140: cpus=70 node=1 flags=0x0 nice=0 active=0/1
  pwq 138: cpus=69 node=1 flags=0x0 nice=0 active=0/1
  pwq 136:
 cpus=68 node=1 flags=0x0 nice=0 active=0/1
  pwq 134: cpus=67 node=1 flags=0x0 nice=0 active=0/1
  pwq 132: cpus=66 node=1 flags=0x0 nice=0 active=0/1
  pwq 130: cpus=65 node=1 flags=0x0 nice=0 active=0/1
  pwq 128: cpus=64 node=1 flags=0x0 nice=0 active=0/1
  pwq 126:
 cpus=63 node=1 flags=0x0 nice=0 active=0/1
  pwq 124: cpus=62 node=1 flags=0x0 nice=0 active=0/1
  pwq 122: cpus=61 node=1 flags=0x0 nice=0 active=0/1
  pwq 120: cpus=60 node=1 flags=0x0 nice=0 active=0/1
  pwq 118: cpus=59 node=1 flags=0x0 nice=0 active=0/1
  pwq 116: cpus=58 node=1 flags=0x0 nice=0 active=0/1
  pwq 114: cpus=57 node=1 flags=0x0 nice=0 active=0/1
  pwq 112: cpus=56 node=1 flags=0x0 nice=0 active=0/1
  pwq 110: cpus=55 node=1 flags=0x0 nice=0 active=0/1
  pwq 108: cpus=54 node=1 flags=0x0 nice=0 active=0/1
  pwq 106: cpus=53 node=1 flags=0x0 nice=0 active=0/1
  pwq 104: cpus=52 node=1 flags=0x0 nice=0 active=0/1
  pwq 102: cpus=51 node=1 flags=0x0 nice=0 active=0/1
  pwq 100: cpus=50 node=1 flags=0x0 nice=0 active=0/1
  pwq 98: cpus=49 node=1 flags=0x0 nice=0 active=0/1
  pwq 96: cpus=48 node=1 flags=0x0 nice=0 active=0/1
  pwq 94: cpus=47 node=1 flags=0x0 nice=0 active=0/1
  pwq 92: cpus=46 node=1 flags=0x0 nice=0 active=0/1
  pwq 90: cpus=45 node=1 flags=0x0 nice=0 active=0/1
  pwq 88: cpus=44 node=1 flags=0x0 nice=0 active=0/1
  pwq 86: cpus=43 node=1 flags=0x0 nice=0 active=0/1
  pwq 84: cpus=42 node=1 flags=0x0 nice=0 active=0/1
  pwq 82: cpus=41 node=1 flags=0x0 nice=0 active=0/1
  pwq 80: cpus=40 node=1 flags=0x0 nice=0 active=0/1
  pwq 78: cpus=39 node=0 flags=0x0 nice=0 active=0/1
  pwq 76: cpus=38 node=0 flags=0x0 nice=0 active=0/1
  pwq 74: cpus=37 node=0 flags=0x0 nice=0 active=0/1
  pwq 72: cpus=36 node=0 flags=0x0 nice=0 active=0/1
  pwq 70: cpus=35 node=0 flags=0x0 nice=0 active=0/1
  pwq 68: cpus=34 node=0 flags=0x0 nice=0 active=0/1
  pwq 66: cpus=33 node=0 flags=0x0 nice=0 active=0/1
  pwq 64: cpus=32 node=0 flags=0x0 nice=0 active=0/1
  pwq 62: cpus=31 node=0 flags=0x0 nice=0 active=0/1
  pwq 60: cpus=30 node=0 flags=0x0 nice=0 active=0/1
  pwq 58: cpus=29 node=0 flags=0x0 nice=0 active=0/1
  pwq 56: cpus=28 node=0 flags=0x0 nice=0 active=0/1
  pwq 54:
 cpus=27 node=0 flags=0x0 nice=0 active=0/1
  pwq 52:
 cpus=26 node=0 flags=0x0 nice=0 active=0/1
  pwq 50: cpus=25 node=0 flags=0x0 nice=0 active=0/1
  pwq 48: cpus=24 node=0 flags=0x0 nice=0 active=0/1
  pwq 46: cpus=23 node=0 flags=0x0 nice=0 active=0/1
  pwq 44: cpus=22 node=0 flags=0x0 nice=0 active=0/1
  pwq 42: cpus=21 node=0 flags=0x0 nice=0 active=0/1
  pwq 40: cpus=20 node=0 flags=0x0 nice=0 active=0/1
  pwq 38: cpus=19 node=0 flags=0x0 nice=0 active=0/1
  pwq 36: cpus=18 node=0 flags=0x0 nice=0 active=0/1
  pwq 34: cpus=17 node=0 flags=0x0 nice=0 active=0/1
  pwq 32: cpus=16 node=0 flags=0x0 nice=0 active=0/1
  pwq 30: cpus=15 node=0 flags=0x0 nice=0 active=0/1
  pwq 28: cpus=14 node=0 flags=0x0 nice=0 active=0/1
  pwq 26: cpus=13 node=0 flags=0x0 nice=0 active=0/1
  pwq 24: cpus=12 node=0 flags=0x0 nice=0 active=0/1
  pwq 22: cpus=11 node=0 flags=0x0 nice=0 active=0/1
  pwq 20: cpus=10 node=0 flags=0x0 nice=0 active=0/1
  pwq 18:
 cpus=9 node=0 flags=0x0 nice=0 active=0/1
  pwq 16: cpus=8 node=0 flags=0x0 nice=0 active=0/1
  pwq 14: cpus=7 node=0 flags=0x0 nice=0 active=0/1
  pwq 12: cpus=6 node=0 flags=0x0 nice=0 active=0/1
  pwq 10: cpus=5 node=0 flags=0x0 nice=0 active=0/1
  pwq 8: cpus=4 node=0 flags=0x0 nice=0 active=0/1
  pwq 6: cpus=3 node=0 flags=0x0 nice=0 active=0/1
  pwq 4: cpus=2 node=0 flags=0x0 nice=0 active=0/1
  pwq 2: cpus=1 node=0 flags=0x0 nice=0 active=0/1
  pwq 0: cpus=0 node=0 flags=0x0 nice=0 active=0/1
workqueue writeback: flags=0x4e
  pwq 320: cpus=0-159 flags=0x4 nice=0 active=0/256
  pwq 324: cpus=120-159 node=17 flags=0x4 nice=0 active=0/256
  pwq 323: cpus=80-119 node=16 flags=0x4 nice=0 active=0/256
  pwq 322: cpus=40-79 node=1 flags=0x4 nice=0 active=0/256
  pwq 321: cpus=0-39 node=0 flags=0x4 nice=0 active=0/256
workqueue crypto: flags=0x28
  pwq 318: cpus=159 node=17 flags=0x0 nice=0 active=0/1
  pwq 316: cpus=158 node=17 flags=0x0 nice=0 active=0/1
  pwq 314: cpus=157 node=17 flags=0x0 nice=0 active=0/1
  pwq 312: cpus=156 node=17 flags=0x0 nice=0 active=0/1
  pwq 310: cpus=155 node=17 flags=0x0 nice=0 active=0/1
  pwq 308: cpus=154 node=17 flags=0x0 nice=0 active=0/1
  pwq 306: cpus=153 node=17 flags=0x0 nice=0 active=0/1
  pwq 304:
 cpus=152 node=17 flags=0x0 nice=0 active=0/1
  pwq 302: cpus=151 node=17 flags=0x0 nice=0 active=0/1
  pwq 300: cpus=150 node=17 flags=0x0 nice=0 active=0/1
  pwq 298: cpus=149 node=17 flags=0x0 nice=0 active=0/1
  pwq 296: cpus=148 node=17 flags=0x0 nice=0 active=0/1
  pwq 294: cpus=147 node=17 flags=0x0 nice=0 active=0/1
  pwq 292: cpus=146 node=17 flags=0x0 nice=0 active=0/1
  pwq 290: cpus=145 node=17 flags=0x0 nice=0 active=0/1
  pwq 288: cpus=144 node=17 flags=0x0 nice=0 active=0/1
  pwq 286: cpus=143 node=17 flags=0x0 nice=0 active=0/1
  pwq 284: cpus=142 node=17 flags=0x0 nice=0 active=0/1
  pwq 282: cpus=141 node=17 flags=0x0 nice=0 active=0/1
  pwq 280:
 cpus=140 node=17 flags=0x0 nice=0 active=0/1
  pwq 278: cpus=139 node=17 flags=0x0 nice=0 active=0/1
  pwq 276: cpus=138 node=17 flags=0x0 nice=0 active=0/1
  pwq 274: cpus=137 node=17 flags=0x0 nice=0 active=0/1
  pwq 272: cpus=136 node=17 flags=0x0 nice=0 active=0/1
  pwq 270: cpus=135 node=17 flags=0x0 nice=0 active=0/1
  pwq 268: cpus=134 node=17 flags=0x0 nice=0 active=0/1
  pwq 266: cpus=133 node=17 flags=0x0 nice=0 active=0/1
  pwq 264: cpus=132 node=17 flags=0x0 nice=0 active=0/1
  pwq 262: cpus=131 node=17 flags=0x0 nice=0 active=0/1
  pwq 260: cpus=130 node=17 flags=0x0 nice=0 active=0/1
  pwq 258: cpus=129 node=17 flags=0x0 nice=0 active=0/1
  pwq 256: cpus=128 node=17 flags=0x0 nice=0 active=0/1
  pwq 254:
 cpus=127 node=17 flags=0x0 nice=0 active=0/1
  pwq 252: cpus=126 node=17 flags=0x0 nice=0 active=0/1
  pwq 250: cpus=125 node=17 flags=0x0 nice=0 active=0/1
  pwq 248: cpus=124 node=17 flags=0x0 nice=0 active=0/1
  pwq 246: cpus=123 node=17 flags=0x0 nice=0 active=0/1
  pwq 244: cpus=122 node=17 flags=0x0 nice=0 active=0/1
  pwq 242: cpus=121 node=17 flags=0x0 nice=0 active=0/1
  pwq 240: cpus=120 node=17 flags=0x0 nice=0 active=0/1
  pwq 238: cpus=119 node=16 flags=0x0 nice=0 active=0/1
  pwq 236: cpus=118 node=16 flags=0x0 nice=0 active=0/1
  pwq 234: cpus=117 node=16 flags=0x0 nice=0 active=0/1
  pwq 232: cpus=116 node=16 flags=0x0 nice=0 active=0/1
  pwq 230: cpus=115 node=16 flags=0x0 nice=0 active=0/1
  pwq 228:
 cpus=114 node=16 flags=0x0 nice=0 active=0/1
  pwq 226: cpus=113 node=16 flags=0x0 nice=0 active=0/1
  pwq 224: cpus=112 node=16 flags=0x0 nice=0 active=0/1
  pwq 222: cpus=111 node=16 flags=0x0 nice=0 active=0/1
  pwq 220: cpus=110 node=16 flags=0x0 nice=0 active=0/1
  pwq 218: cpus=109 node=16 flags=0x0 nice=0 active=0/1
  pwq 216: cpus=108 node=16 flags=0x0 nice=0 active=0/1
  pwq 214: cpus=107 node=16 flags=0x0 nice=0 active=0/1
  pwq 212: cpus=106 node=16 flags=0x0 nice=0 active=0/1
  pwq 210: cpus=105 node=16 flags=0x0 nice=0 active=0/1
  pwq 208: cpus=104 node=16 flags=0x0 nice=0 active=0/1
  pwq 206: cpus=103 node=16 flags=0x0 nice=0 active=0/1
  pwq 204: cpus=102 node=16 flags=0x0 nice=0 active=0/1
  pwq 202: cpus=101 node=16 flags=0x0 nice=0 active=0/1
  pwq 200: cpus=100 node=16 flags=0x0 nice=0 active=0/1
  pwq 198: cpus=99 node=16 flags=0x0 nice=0 active=0/1
  pwq 196: cpus=98 node=16 flags=0x0 nice=0 active=0/1
  pwq 194: cpus=97 node=16 flags=0x0 nice=0 active=0/1
  pwq 192: cpus=96 node=16 flags=0x0 nice=0 active=0/1
  pwq 190: cpus=95 node=16 flags=0x0 nice=0 active=0/1
  pwq 188: cpus=94 node=16 flags=0x0 nice=0 active=0/1
  pwq 186: cpus=93 node=16 flags=0x0 nice=0 active=0/1
  pwq 184: cpus=92 node=16 flags=0x0 nice=0 active=0/1
  pwq 182: cpus=91 node=16 flags=0x0 nice=0 active=0/1
  pwq 180: cpus=90 node=16 flags=0x0 nice=0 active=0/1
  pwq 178: cpus=89 node=16 flags=0x0 nice=0 active=0/1
  pwq 176:
 cpus=88 node=16 flags=0x0 nice=0 active=0/1
  pwq 174: cpus=87 node=16 flags=0x0 nice=0 active=0/1
  pwq 172: cpus=86 node=16 flags=0x0 nice=0 active=0/1
  pwq 170: cpus=85 node=16 flags=0x0 nice=0 active=0/1
  pwq 168: cpus=84 node=16 flags=0x0 nice=0 active=0/1
  pwq 166: cpus=83 node=16 flags=0x0 nice=0 active=0/1
  pwq 164: cpus=82 node=16 flags=0x0 nice=0 active=0/1
  pwq 162: cpus=81 node=16 flags=0x0 nice=0 active=0/1
  pwq 160: cpus=80 node=16 flags=0x0 nice=0 active=0/1
  pwq 158:
 cpus=79 node=1 flags=0x0 nice=0 active=0/1
  pwq 156: cpus=78 node=1 flags=0x0 nice=0 active=0/1
  pwq 154: cpus=77 node=1 flags=0x0 nice=0 active=0/1
  pwq 152: cpus=76 node=1 flags=0x0 nice=0 active=0/1
  pwq 150: cpus=75 node=1 flags=0x0 nice=0 active=0/1
  pwq 148: cpus=74 node=1 flags=0x0 nice=0 active=0/1
  pwq 146: cpus=73 node=1 flags=0x0 nice=0 active=0/1
  pwq 144: cpus=72 node=1 flags=0x0 nice=0 active=0/1
  pwq 142: cpus=71 node=1 flags=0x0 nice=0 active=0/1
  pwq 140: cpus=70 node=1 flags=0x0 nice=0 active=0/1
  pwq 138: cpus=69 node=1 flags=0x0 nice=0 active=0/1
  pwq 136: cpus=68 node=1 flags=0x0 nice=0 active=0/1
  pwq 134:
 cpus=67 node=1 flags=0x0 nice=0 active=0/1
  pwq 132:
 cpus=66 node=1 flags=0x0 nice=0 active=0/1
  pwq 130: cpus=65 node=1 flags=0x0 nice=0 active=0/1
  pwq 128: cpus=64 node=1 flags=0x0 nice=0 active=0/1
  pwq 126: cpus=63 node=1 flags=0x0 nice=0 active=0/1
  pwq 124: cpus=62 node=1 flags=0x0 nice=0 active=0/1
  pwq 122: cpus=61 node=1 flags=0x0 nice=0 active=0/1
  pwq 120: cpus=60 node=1 flags=0x0 nice=0 active=0/1
  pwq 118: cpus=59 node=1 flags=0x0 nice=0 active=0/1
  pwq 116: cpus=58 node=1 flags=0x0 nice=0 active=0/1
  pwq 114: cpus=57 node=1 flags=0x0 nice=0 active=0/1
  pwq 112: cpus=56 node=1 flags=0x0 nice=0 active=0/1
  pwq 110: cpus=55 node=1 flags=0x0 nice=0 active=0/1
  pwq 108: cpus=54 node=1 flags=0x0 nice=0 active=0/1
  pwq 106: cpus=53 node=1 flags=0x0 nice=0 active=0/1
  pwq 104: cpus=52 node=1 flags=0x0 nice=0 active=0/1
  pwq 102: cpus=51 node=1 flags=0x0 nice=0 active=0/1
  pwq 100: cpus=50 node=1 flags=0x0 nice=0 active=0/1
  pwq 98: cpus=49 node=1 flags=0x0 nice=0 active=0/1
  pwq 96: cpus=48 node=1 flags=0x0 nice=0 active=0/1
  pwq 94: cpus=47 node=1 flags=0x0 nice=0 active=0/1
  pwq 92: cpus=46 node=1 flags=0x0 nice=0 active=0/1
  pwq 90: cpus=45 node=1 flags=0x0 nice=0 active=0/1
  pwq 88: cpus=44 node=1 flags=0x0 nice=0 active=0/1
  pwq 86: cpus=43 node=1 flags=0x0 nice=0 active=0/1
  pwq 8 flags=0x0 nice=0 active=0/256
  pwq 264: cpus=132 node=17 flags=0x0 nice=0 active=0/256
  pwq 262: cpus=131 node=17 flags=0x0 nice=0 active=0/256
  pwq 260: cpus=130 node=17 flags=0x0 nice=0 active=0/256
  pwq 258: cpus=129 node=17 flags=0x0 nice=0 active=0/256
  pwq 256: cpus=128 node=17 flags=0x0 nice=0 active=0/256
  pwq 254: cpus=127 node=17 flags=0x0 nice=0 active=0/256
  pwq 252: cpus=126 node=17 flags=0x0 nice=0 active=0/256
  pwq 250: cpus=125 node=17 flags=0x0 nice=0 active=0/256
  pwq 248: cpus=124 node=17 flags=0x0 nice=0 active=0/256
  pwq 246: cpus=123 node=17 flags=0x0 nice=0 active=0/256
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 cpus=108 node=16 flags=0x0 nice=0 active=0/256
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 cpus=91 node=16 flags=0x0 nice=0 active=0/256
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 cpus=89 node=16 flags=0x0 nice=0 active=0/256
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 cpus=57 node=1 flags=0x0 nice=0 active=0/256
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  pwq 64:
 cpus=32 node=0 flags=0x0 nice=0 active=0/256
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  pwq 20: cpus=10 node=0 flags=0x0 nice=0 active=0/256
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  pwq 12: cpus=6 node=0 flags=0x0 nice=0 active=0/256
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  pwq 8:
 cpus=4 node=0 flags=0x0 nice=0 active=0/256
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  pwq 4: cpus=2 node=0 flags=0x0 nice=0 active=0/256
  pwq 2: cpus=1 node=0 flags=0x0 nice=0 active=0/256
  pwq 0: cpus=0 node=0 flags=0x0 nice=0 active=0/256
workqueue kblockd: flags=0x18
  pwq 319: cpus=159 node=17 flags=0x0 nice=-20 active=0/256
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 cpus=116 node=16 flags=0x0 nice=-20 active=0/256
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  pwq 217:
 cpus=108 node=16 flags=0x0 nice=-20 active=0/256
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  pwq 213:
 cpus=106 node=16 flags=0x0 nice=-20 active=0/256
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 cpus=99 node=16 flags=0x0 nice=-20 active=0/256
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  pwq 159: cpus=79 node=1 flags=0x0 nice=-20 active=0/256
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  pwq 133:
 cpus=66 node=1 flags=0x0 nice=-20 active=0/256
  pwq 131: cpus=65 node=1 flags=0x0 nice=-20 active=0/256
  pwq 129: cpus=64 node=1 flags=0x0 nice=-20 active=0/256
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  pwq 105: cpus=52 node=1 flags=0x0 nice=-20 active=0/256
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  pwq 101:
 cpus=50 node=1 flags=0x0 nice=-20 active=0/256
  pwq 99: cpus=49 node=1 flags=0x0 nice=-20 active=0/256
  pwq 97: cpus=48 node=1 flags=0x0 nice=-20 active=0/256
  pwq 95: cpus=47 node=1 flags=0x0 nice=-20 active=0/256
  pwq 93:
 cpus=46 node=1 flags=0x0 nice=-20 active=0/256
  pwq 91: cpus=45 node=1 flags=0x0 nice=-20 active=0/256
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  pwq 83: cpus=41 node=1 flags=0x0 nice=-20 active=0/256
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  pwq 69: cpus=34 node=0 flags=0x0 nice=-20 active=0/256
  pwq 67:
 cpus=33 node=0 flags=0x0 nice=-20 active=0/256
  pwq 65: cpus=32 node=0 flags=0x0 nice=-20 active=0/256
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  pwq 31: cpus=15 node=0 flags=0x0 nice=-20 active=0/256
  pwq 29: cpus=14 node=0 flags=0x0 nice=-20 active=0/256
  pwq 27: cpus=13 node=0 flags=0x0 nice=-20 active=0/256
  pwq 25: cpus=12 node=0 flags=0x0 nice=-20 active=0/256
  pwq 23: cpus=11 node=0 flags=0x0 nice=-20 active=0/256
  pwq 21: cpus=10 node=0 flags=0x0 nice=-20 active=0/256
  pwq 19: cpus=9 node=0 flags=0x0 nice=-20 active=0/256
  pwq 17: cpus=8 node=0 flags=0x0 nice=-20 active=0/256
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  pwq 3: cpus=1 node=0 flags=0x0 nice=-20 active=0/256
  pwq 1: cpus=0 node=0 flags=0x0 nice=-20 active=0/256
workqueue usb_hub_wq: flags=0x4
  pwq 318: cpus=159 node=17 flags=0x0 nice=0 active=0/256
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  pwq 290: cpus=145 node=17 flags=0x0 nice=0 active=0/256
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  pwq 286: cpus=143 node=17 flags=0x0 nice=0 active=0/256
  pwq 284:
 cpus=142 node=17 flags=0x0 nice=0 active=0/256
  pwq 282: cpus=141 node=17 flags=0x0 nice=0 active=0/256
  pwq 280: cpus=140 node=17 flags=0x0 nice=0 active=0/256
  pwq 278: cpus=139 node=17 flags=0x0 nice=0 active=0/256
  pwq 276: cpus=138 node=17 flags=0x0 nice=0 active=0/256
  pwq 274: cpus=137 node=17 flags=0x0 nice=0 active=0/256
  pwq 272: cpus=136 node=17 flags=0x0 nice=0 active=0/256
  pwq 270: cpus=135 node=17 flags=0x0 nice=0 active=0/256
  pwq 268: cpus=134 node=17 flags=0x0 nice=0 active=0/256
  pwq 266: cpus=133 node=17 flags=0x0 nice=0 active=0/256
  pwq 264: cpus=132 node=17 flags=0x0 nice=0 active=0/256
  pwq 262: cpus=131 node=17 flags=0x0 nice=0 active=0/256
  pwq 260: cpus=130 node=17 flags=0x0 nice=0 active=0/256
  pwq 258: cpus=129 node=17 flags=0x0 nice=0 active=0/256
  pwq 256: cpus=128 node=17 flags=0x0 nice=0 active=0/256
  pwq 254: cpus=127 node=17 flags=0x0 nice=0 active=0/256
  pwq 252: cpus=126 node=17 flags=0x0 nice=0 active=0/256
  pwq 250: cpus=125 node=17 flags=0x0 nice=0 active=0/256
  pwq 248: cpus=124 node=17 flags=0x0 nice=0 active=0/256
  pwq 246: cpus=123 node=17 flags=0x0 nice=0 active=0/256
  pwq 244: cpus=122 node=17 flags=0x0 nice=0 active=0/256
  pwq 242: cpus=121 node=17 flags=0x0 nice=0 active=0/256
  pwq 240: cpus=120 node=17 flags=0x0 nice=0 active=0/256
  pwq 238: cpus=119 node=16 flags=0x0 nice=0 active=0/256
  pwq 236: cpus=118 node=16 flags=0x0 nice=0 active=0/256
  pwq 234: cpus=117 node=16 flags=0x0 nice=0 active=0/256
  pwq 232:
 cpus=116 node=16 flags=0x0 nice=0 active=0/256
  pwq 230: cpus=115 node=16 flags=0x0 nice=0 active=0/256
  pwq 228: cpus=114 node=16 flags=0x0 nice=0 active=0/256
  pwq 226: cpus=113 node=16 flags=0x0 nice=0 active=0/256
  pwq 224: cpus=112 node=16 flags=0x0 nice=0 active=0/256
  pwq 222: cpus=111 node=16 flags=0x0 nice=0 active=0/256
  pwq 220: cpus=110 node=16 flags=0x0 nice=0 active=0/256
  pwq 218: cpus=109 node=16 flags=0x0 nice=0 active=0/256
  pwq 216: cpus=108 node=16 flags=0x0 nice=0 active=0/256
  pwq 214: cpus=107 node=16 flags=0x0 nice=0 active=0/256
  pwq 212: cpus=106 node=16 flags=0x0 nice=0 active=0/256
  pwq 210: cpus=105 node=16 flags=0x0 nice=0 active=0/256
  pwq 208: cpus=104 node=16 flags=0x0 nice=0 active=0/256
  pwq 206: cpus=103 node=16 flags=0x0 nice=0 active=0/256
  pwq 204: cpus=102 node=16 flags=0x0 nice=0 active=0/256
  pwq 202: cpus=101 node=16 flags=0x0 nice=0 active=0/256
  pwq 200: cpus=100 node=16 flags=0x0 nice=0 active=0/256
  pwq 198: cpus=99 node=16 flags=0x0 nice=0 active=0/256
  pwq 196: cpus=98 node=16 flags=0x0 nice=0 active=0/256
  pwq 194: cpus=97 node=16 flags=0x0 nice=0 active=0/256
  pwq 192: cpus=96 node=16 flags=0x0 nice=0 active=0/256
  pwq 190: cpus=95 node=16 flags=0x0 nice=0 active=0/256
  pwq 188: cpus=94 node=16 flags=0x0 nice=0 active=0/256
  pwq 186: cpus=93 node=16 flags=0x0 nice=0 active=0/256
  pwq 184:
 cpus=92 node=16 flags=0x0 nice=0 active=0/256
  pwq 182: cpus=91 node=16 flags=0x0 nice=0 active=0/256
  pwq 180: cpus=90 node=16 flags=0x0 nice=0 active=0/256
  pwq 178: cpus=89 node=16 flags=0x0 nice=0 active=0/256
  pwq 176: cpus=88 node=16 flags=0x0 nice=0 active=0/256
  pwq 174: cpus=87 node=16 flags=0x0 nice=0 active=0/256
  pwq 172: cpus=86 node=16 flags=0x0 nice=0 active=0/256
  pwq 170: cpus=85 node=16 flags=0x0 nice=0 active=0/256
  pwq 168: cpus=84 node=16 flags=0x0 nice=0 active=0/256
  pwq 166: cpus=83 node=16 flags=0x0 nice=0 active=0/256
  pwq 164: cpus=82 node=16 flags=0x0 nice=0 active=0/256
  pwq 162: cpus=81 node=16 flags=0x0 nice=0 active=0/256
  pwq 160: cpus=80 node=16 flags=0x0 nice=0 active=0/256
  pwq 158: cpus=79 node=1 flags=0x0 nice=0 active=0/256
  pwq 156: cpus=78 node=1 flags=0x0 nice=0 active=0/256
  pwq 154: cpus=77 node=1 flags=0x0 nice=0 active=0/256
  pwq 152: cpus=76 node=1 flags=0x0 nice=0 active=0/256
  pwq 150:
 cpus=75 node=1 flags=0x0 nice=0 active=0/256
  pwq 148: cpus=74 node=1 flags=0x0 nice=0 active=0/256
  pwq 146: cpus=73 node=1 flags=0x0 nice=0 active=0/256
  pwq 144: cpus=72 node=1 flags=0x0 nice=0 active=0/256
  pwq 142:
 cpus=71 node=1 flags=0x0 nice=0 active=0/256
  pwq 140: cpus=70 node=1 flags=0x0 nice=0 active=0/256
  pwq 138: cpus=69 node=1 flags=0x0 nice=0 active=0/256
  pwq 136: cpus=68 node=1 flags=0x0 nice=0 active=0/256
  pwq 134: cpus=67 node=1 flags=0x0 nice=0 active=0/256
  pwq 132: cpus=66 node=1 flags=0x0 nice=0 active=0/256
  pwq 130: cpus=65 node=1 flags=0x0 nice=0 active=0/256
  pwq 128: cpus=64 node=1 flags=0x0 nice=0 active=0/256
  pwq 126: cpus=63 node=1 flags=0x0 nice=0 active=0/256
  pwq 124: cpus=62 node=1 flags=0x0 nice=0 active=0/256
  pwq 122: cpus=61 node=1 flags=0x0 nice=0 active=0/256
  pwq 120: cpus=60 node=1 flags=0x0 nice=0 active=0/256
  pwq 118: cpus=59 node=1 flags=0x0 nice=0 active=0/256
  pwq 116: cpus=58 node=1 flags=0x0 nice=0 active=0/256
  pwq 114: cpus=57 node=1 flags=0x0 nice=0 active=0/256
  pwq 112: cpus=56 node=1 flags=0x0 nice=0 active=0/256
  pwq 110: cpus=55 node=1 flags=0x0 nice=0 active=0/256
  pwq 108: cpus=54 node=1 flags=0x0 nice=0 active=0/256
  pwq 106: cpus=53 node=1 flags=0x0 nice=0 active=0/256
  pwq 104: cpus=52 node=1 flags=0x0 nice=0 active=0/256
  pwq 102: cpus=51 node=1 flags=0x0 nice=0 active=0/256
  pwq 100: cpus=50 node=1 flags=0x0 nice=0 active=0/256
  pwq 98: cpus=49 node=1 flags=0x0 nice=0 active=0/256
  pwq 96: cpus=48 node=1 flags=0x0 nice=0 active=0/256
  pwq 94: cpus=47 node=1 flags=0x0 nice=0 active=0/256
  pwq 92: cpus=46 node=1 flags=0x0 nice=0 active=0/256
  pwq 90: cpus=45 node=1 flags=0x0 nice=0 active=0/256
  pwq 88: cpus=44 node=1 flags=0x0 nice=0 active=0/256
  pwq 86: cpus=43 node=1 flags=0x0 nice=0 active=0/256
  pwq 84: cpus=42 node=1 flags=0x0 nice=0 active=0/256
  pwq 82:
 cpus=41 node=1 flags=0x0 nice=0 active=0/256
  pwq 80: cpus=40 node=1 flags=0x0 nice=0 active=0/256
  pwq 78: cpus=39 node=0 flags=0x0 nice=0 active=0/256
  pwq 76: cpus=38 node=0 flags=0x0 nice=0 active=0/256
  pwq 74: cpus=37 node=0 flags=0x0 nice=0 active=0/256
  pwq 72: cpus=36 node=0 flags=0x0 nice=0 active=0/256
  pwq 70: cpus=35 node=0 flags=0x0 nice=0 active=0/256
  pwq 68: cpus=34 node=0 flags=0x0 nice=0 active=0/256
  pwq 66: cpus=33 node=0 flags=0x0 nice=0 active=0/256
  pwq 64: cpus=32 node=0 flags=0x0 nice=0 active=0/256
  pwq 62: cpus=31 node=0 flags=0x0 nice=0 active=0/256
  pwq 60: cpus=30 node=0 flags=0x0 nice=0 active=0/256
  pwq 58: cpus=29 node=0 flags=0x0 nice=0 active=0/256
  pwq 56: cpus=28 node=0 flags=0x0 nice=0 active=0/256
  pwq 54: cpus=27 node=0 flags=0x0 nice=0 active=0/256
  pwq 52: cpus=26 node=0 flags=0x0 nice=0 active=0/256
  pwq 50: cpus=25 node=0 flags=0x0 nice=0 active=0/256
  pwq 48: cpus=24 node=0 flags=0x0 nice=0 active=0/256
  pwq 46:
 cpus=23 node=0 flags=0x0 nice=0 active=0/256
  pwq 44: cpus=22 node=0 flags=0x0 nice=0 active=0/256
  pwq 42: cpus=21 node=0 flags=0x0 nice=0 active=0/256
  pwq 40: cpus=20 node=0 flags=0x0 nice=0 active=0/256
  pwq 38: cpus=19 node=0 flags=0x0 nice=0 active=0/256
  pwq 36: cpus=18 node=0 flags=0x0 nice=0 active=0/256
  pwq 34: cpus=17 node=0 flags=0x0 nice=0 active=0/256
  pwq 32: cpus=16 node=0 flags=0x0 nice=0 active=0/256
  pwq 30: cpus=15 node=0 flags=0x0 nice=0 active=0/256
  pwq 28: cpus=14 node=0 flags=0x0 nice=0 active=0/256
  pwq 26: cpus=13 node=0 flags=0x0 nice=0 active=0/256
  pwq 24: cpus=12 node=0 flags=0x0 nice=0 active=0/256
  pwq 22: cpus=11 node=0 flags=0x0 nice=0 active=0/256
  pwq 20:
 cpus=10 node=0 flags=0x0 nice=0 active=0/256
  pwq 18: cpus=9 node=0 flags=0x0 nice=0 active=0/256
  pwq 16: cpus=8 node=0 flags=0x0 nice=0 active=0/256
  pwq 14:
 cpus=7 node=0 flags=0x0 nice=0 active=0/256
  pwq 12: cpus=6 node=0 flags=0x0 nice=0 active=0/256
  pwq 10: cpus=5 node=0 flags=0x0 nice=0 active=0/256
  pwq 8: cpus=4 node=0 flags=0x0 nice=0 active=0/256
  pwq 6: cpus=3 node=0 flags=0x0 nice=0 active=0/256
  pwq 4: cpus=2 node=0 flags=0x0 nice=0 active=0/256
  pwq 2: cpus=1 node=0 flags=0x0 nice=0 active=0/256
  pwq 0: cpus=0 node=0 flags=0x0 nice=0 active=0/256
workqueue md: flags=0x8
  pwq 318: cpus=159 node=17 flags=0x0 nice=0 active=0/256
  pwq 316:
 cpus=158 node=17 flags=0x0 nice=0 active=0/256
  pwq 314: cpus=157 node=17 flags=0x0 nice=0 active=0/256
  pwq 312: cpus=156 node=17 flags=0x0 nice=0 active=0/256
  pwq 310: cpus=155 node=17 flags=0x0 nice=0 active=0/256
  pwq 308: cpus=154 node=17 flags=0x0 nice=0 active=0/256
  pwq 306: cpus=153 node=17 flags=0x0 nice=0 active=0/256
  pwq 304: cpus=152 node=17 flags=0x0 nice=0 active=0/256
  pwq 302: cpus=151 node=17 flags=0x0 nice=0 active=0/256
  pwq 300: cpus=150 node=17 flags=0x0 nice=0 active=0/256
  pwq 298: cpus=149 node=17 flags=0x0 nice=0 active=0/256
  pwq 296: cpus=148 node=17 flags=0x0 nice=0 active=0/256
  pwq 294: cpus=147 node=17 flags=0x0 nice=0 active=0/256
  pwq 292: cpus=146 node=17 flags=0x0 nice=0 active=0/256
  pwq 290: cpus=145 node=17 flags=0x0 nice=0 active=0/256
  pwq 288: cpus=144 node=17 flags=0x0 nice=0 active=0/256
  pwq 286: cpus=143 node=17 flags=0x0 nice=0 active=0/256
  pwq 284: cpus=142 node=17 flags=0x0 nice=0 active=0/256
  pwq 282: cpus=141 node=17 flags=0x0 nice=0 active=0/256
  pwq 280: cpus=140 node=17 flags=0x0 nice=0 active=0/256
  pwq 278: cpus=139 node=17 flags=0x0 nice=0 active=0/256
  pwq 276: cpus=138 node=17 flags=0x0 nice=0 active=0/256
  pwq 274: cpus=137 node=17 flags=0x0 nice=0 active=0/256
  pwq 272: cpus=136 node=17 flags=0x0 nice=0 active=0/256
  pwq 270: cpus=135 node=17 flags=0x0 nice=0 active=0/256
  pwq 268: cpus=134 node=17 flags=0x0 nice=0 active=0/256
  pwq 266: cpus=133 node=17 flags=0x0 nice=0 active=0/256
  pwq 264:
 cpus=132 node=17 flags=0x0 nice=0 active=0/256
  pwq 262: cpus=131 node=17 flags=0x0 nice=0 active=0/256
  pwq 260: cpus=130 node=17 flags=0x0 nice=0 active=0/256
  pwq 258: cpus=129 node=17 flags=0x0 nice=0 active=0/256
  pwq 256: cpus=128 node=17 flags=0x0 nice=0 active=0/256
  pwq 254: cpus=127 node=17 flags=0x0 nice=0 active=0/256
  pwq 252: cpus=126 node=17 flags=0x0 nice=0 active=0/256
  pwq 250: cpus=125 node=17 flags=0x0 nice=0 active=0/256
  pwq 248: cpus=124 node=17 flags=0x0 nice=0 active=0/256
  pwq 246: cpus=123 node=17 flags=0x0 nice=0 active=0/256
  pwq 244: cpus=122 node=17 flags=0x0 nice=0 active=0/256
  pwq 242: cpus=121 node=17 flags=0x0 nice=0 active=0/256
  pwq 240: cpus=120 node=17 flags=0x0 nice=0 active=0/256
  pwq 238: cpus=119 node=16 flags=0x0 nice=0 active=0/256
  pwq 236: cpus=118 node=16 flags=0x0 nice=0 active=0/256
  pwq 234: cpus=117 node=16 flags=0x0 nice=0 active=0/256
  pwq 232: cpus=116 node=16 flags=0x0 nice=0 active=0/256
  pwq 230:
 cpus=115 node=16 flags=0x0 nice=0 active=0/256
  pwq 228: cpus=114 node=16 flags=0x0 nice=0 active=0/256
  pwq 226: cpus=113 node=16 flags=0x0 nice=0 active=0/256
  pwq 224: cpus=112 node=16 flags=0x0 nice=0 active=0/256
  pwq 222: cpus=111 node=16 flags=0x0 nice=0 active=0/256
  pwq 220: cpus=110 node=16 flags=0x0 nice=0 active=0/256
  pwq 218: cpus=109 node=16 flags=0x0 nice=0 active=0/256
  pwq 216: cpus=108 node=16 flags=0x0 nice=0 active=0/256
  pwq 214: cpus=107 node=16 flags=0x0 nice=0 active=0/256
  pwq 212: cpus=106 node=16 flags=0x0 nice=0 active=0/256
  pwq 210: cpus=105 node=16 flags=0x0 nice=0 active=0/256
  pwq 208: cpus=104 node=16 flags=0x0 nice=0 active=0/256
  pwq 206: cpus=103 node=16 flags=0x0 nice=0 active=0/256
  pwq 204: cpus=102 node=16 flags=0x0 nice=0 active=0/256
  pwq 202: cpus=101 node=16 flags=0x0 nice=0 active=0/256
  pwq 200: cpus=100 node=16 flags=0x0 nice=0 active=0/256
  pwq 198: cpus=99 node=16 flags=0x0 nice=0 active=0/256
  pwq 196: cpus=98 node=16 flags=0x0 nice=0 active=0/256
  pwq 194: cpus=97 node=16 flags=0x0 nice=0 active=0/256
  pwq 192: cpus=96 node=16 flags=0x0 nice=0 active=0/256
  pwq 190: cpus=95 node=16 flags=0x0 nice=0 active=0/256
  pwq 188: cpus=94 node=16 flags=0x0 nice=0 active=0/256
  pwq 186: cpus=93 node=16 flags=0x0 nice=0 active=0/256
  pwq 184: cpus=92 node=16 flags=0x0 nice=0 active=0/256
  pwq 182: cpus=91 node=16 flags=0x0 nice=0 active=0/256
  pwq 180: cpus=90 node=16 flags=0x0 nice=0 active=0/256
  pwq 178: cpus=89 node=16 flags=0x0 nice=0 active=0/256
  pwq 176: cpus=88 node=16 flags=0x0 nice=0 active=0/256
  pwq 174: cpus=87 node=16 flags=0x0 nice=0 active=0/256
  pwq 172: cpus=86 node=16 flags=0x0 nice=0 active=0/256
  pwq 170: cpus=85 node=16 flags=0x0 nice=0 active=0/256
  pwq 168: cpus=84 node=16 flags=0x0 nice=0 active=0/256
  pwq 166: cpus=83 node=16 flags=0x0 nice=0 active=0/256
  pwq 164:
 cpus=82 node=16 flags=0x0 nice=0 active=0/256
  pwq 162: cpus=81 node=16 flags=0x0 nice=0 active=0/256
  pwq 160: cpus=80 node=16 flags=0x0 nice=0 active=0/256
  pwq 158: cpus=79 node=1 flags=0x0 nice=0 active=0/256
  pwq 156: cpus=78 node=1 flags=0x0 nice=0 active=0/256
  pwq 154: cpus=77 node=1 flags=0x0 nice=0 active=0/256
  pwq 152: cpus=76 node=1 flags=0x0 nice=0 active=0/256
  pwq 150: cpus=75 node=1 flags=0x0 nice=0 active=0/256
  pwq 148: cpus=74 node=1 flags=0x0 nice=0 active=0/256
  pwq 146: cpus=73 node=1 flags=0x0 nice=0 active=0/256
  pwq 14=0 flags=0x0 nice=0 active=0/256
  pwq 4: cpus=2 node=0 flags=0x0 nice=0 active=0/256
  pwq 2: cpus=1 node=0 flags=0x0 nice=0 active=0/256
  pwq 0: cpus=0 node=0 flags=0x0 nice=0 active=0/256
workqueue md_misc: flags=0x0
  pwq 318: cpus=159 node=17 flags=0x0 nice=0 active=0/256
  pwq 316:
 cpus=158 node=17 flags=0x0 nice=0 active=0/256
  pwq 314: cpus=157 node=17 flags=0x0 nice=0 active=0/256
  pwq 312: cpus=156 node=17 flags=0x0 nice=0 active=0/256
  pwq 310: cpus=155 node=17 flags=0x0 nice=0 active=0/256
  pwq 308: cpus=154 node=17 flags=0x0 nice=0 active=0/256
  pwq 306: cpus=153 node=17 flags=0x0 nice=0 active=0/256
  pwq 304: cpus=152 node=17 flags=0x0 nice=0 active=0/256
  pwq 302: cpus=151 node=17 flags=0x0 nice=0 active=0/256
  pwq 300: cpus=150 node=17 flags=0x0 nice=0 active=0/256
  pwq 298: cpus=149 node=17 flags=0x0 nice=0 active=0/256
  pwq 296: cpus=148 node=17 flags=0x0 nice=0 active=0/256
  pwq 294: cpus=147 node=17 flags=0x0 nice=0 active=0/256
  pwq 292: cpus=146 node=17 flags=0x0 nice=0 active=0/256
  pwq 290: cpus=145 node=17 flags=0x0 nice=0 active=0/256
  pwq 288: cpus=144 node=17 flags=0x0 nice=0 active=0/256
  pwq 286: cpus=143 node=17 flags=0x0 nice=0 active=0/256
  pwq 284: cpus=142 node=17 flags=0x0 nice=0 active=0/256
  pwq 282: cpus=141 node=17 flags=0x0 nice=0 active=0/256
  pwq 280: cpus=140 node=17 flags=0x0 nice=0 active=0/256
  pwq 278: cpus=139 node=17 flags=0x0 nice=0 active=0/256
  pwq 276:
 cpus=138 node=17 flags=0x0 nice=0 active=0/256
  pwq 274: cpus=137 node=17 flags=0x0 nice=0 active=0/256
  pwq 272: cpus=136 node=17 flags=0x0 nice=0 active=0/256
  pwq 270: cpus=135 node=17 flags=0x0 nice=0 active=0/256
  pwq 268: cpus=134 node=17 flags=0x0 nice=0 active=0/256
  pwq 266: cpus=133 node=17 flags=0x0 nice=0 active=0/256
  pwq 264: cpus=132 node=17 flags=0x0 nice=0 active=0/256
  pwq 262:
 cpus=131 node=17 flags=0x0 nice=0 active=0/256
  pwq 260: cpus=130 node=17 flags=0x0 nice=0 active=0/256
  pwq 258: cpus=129 node=17 flags=0x0 nice=0 active=0/256
  pwq 256: cpus=128 node=17 flags=0x0 nice=0 active=0/256
  pwq 254: cpus=127 node=17 flags=0x0 nice=0 active=0/256
  pwq 252: cpus=126 node=17 flags=0x0 nice=0 active=0/256
  pwq 250: cpus=125 node=17 flags=0x0 nice=0 active=0/256
  pwq 248: cpus=124 node=17 flags=0x0 nice=0 active=0/256
  pwq 246: cpus=123 node=17 flags=0x0 nice=0 active=0/256
  pwq 244: cpus=122 node=17 flags=0x0 nice=0 active=0/256
  pwq 242: cpus=121 node=17 flags=0x0 nice=0 active=0/256
  pwq 240: cpus=120 node=17 flags=0x0 nice=0 active=0/256
  pwq 238: cpus=119 node=16 flags=0x0 nice=0 active=0/256
  pwq 236: cpus=118 node=16 flags=0x0 nice=0 active=0/256
  pwq 234: cpus=117 node=16 flags=0x0 nice=0 active=0/256
  pwq 232: cpus=116 node=16 flags=0x0 nice=0 active=0/256
  pwq 230: cpus=115 node=16 flags=0x0 nice=0 active=0/256
  pwq 228: cpus=114 node=16 flags=0x0 nice=0 active=0/256
  pwq 226: cpus=113 node=16 flags=0x0 nice=0 active=0/256
  pwq 224: cpus=112 node=16 flags=0x0 nice=0 active=0/256
  pwq 222: cpus=111 node=16 flags=0x0 nice=0 active=0/256
  pwq 220: cpus=110 node=16 flags=0x0 nice=0 active=0/256
  pwq 218: cpus=109 node=16 flags=0x0 nice=0 active=0/256
  pwq 216: cpus=108 node=16 flags=0x0 nice=0 active=0/256
  pwq 214: cpus=107 node=16 flags=0x0 nice=0 active=0/256
  pwq 212: cpus=106 node=16 flags=0x0 nice=0 active=0/256
  pwq 210:
 cpus=105 node=16 flags=0x0 nice=0 active=0/256
  pwq 208: cpus=104 node=16 flags=0x0 nice=0 active=0/256
  pwq 206: cpus=103 node=16 flags=0x0 nice=0 active=0/256
  pwq 204: cpus=102 node=16 flags=0x0 nice=0 active=0/256
  pwq 202: cpus=101 node=16 flags=0x0 nice=0 active=0/256
  pwq 200: cpus=100 node=16 flags=0x0 nice=0 active=0/256
  pwq 198: cpus=99 node=16 flags=0x0 nice=0 active=0/256
  pwq 196: cpus=98 node=16 flags=0x0 nice=0 active=0/256
  pwq 194: cpus=97 node=16 flags=0x0 nice=0 active=0/256
  pwq 192: cpus=96 node=16 flags=0x0 nice=0 active=0/256
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 cpus=54 node=1 flags=0x0 nice=0 active=0/256
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 cpus=53 node=1 flags=0x0 nice=0 active=0/256
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 cpus=32 node=0 flags=0x0 nice=0 active=0/256
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  pwq 2:
 cpus=1 node=0 flags=0x0 nice=0 active=0/256
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workqueue watchdogd: flags=0x18
  pwq 319: cpus=159 node=17 flags=0x0 nice=-20 active=0/256
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 cpus=113 node=16 flags=0x0 nice=-20 active=0/256
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 cpus=108 node=16 flags=0x0 nice=-20 active=0/256
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 cpus=97 node=16 flags=0x0 nice=-20 active=0/256
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  pwq 161:
 cpus=80 node=16 flags=0x0 nice=-20 active=0/256
  pwq 159: cpus=79 node=1 flags=0x0 nice=-20 active=0/256
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  pwq 99: cpus=49 node=1 flags=0x0 nice=-20 active=0/256
  pwq 97: cpus=48 node=1 flags=0x0 nice=-20 active=0/256
  pwq 95:
 cpus=47 node=1 flags=0x0 nice=-20 active=0/256
  pwq 93: cpus=46 node=1 flags=0x0 nice=-20 active=0/256
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  pwq 61:
 cpus=30 node=0 flags=0x0 nice=-20 active=0/256
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  pwq 57:
 cpus=28 node=0 flags=0x0 nice=-20 active=0/256
  pwq 55: cpus=27 node=0 flags=0x0 nice=-20 active=0/256
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  pwq 45: cpus=22 node=0 flags=0x0 nice=-20 active=0/256
  pwq 43: cpus=21 node=0 flags=0x0 nice=-20 active=0/256
  pwq 41: cpus=20 node=0 flags=0x0 nice=-20 active=0/256
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  pwq 37: cpus=18 node=0 flags=0x0 nice=-20 active=0/256
  pwq 35: cpus=17 node=0 flags=0x0 nice=-20 active=0/256
  pwq 33: cpus=16 node=0 flags=0x0 nice=-20 active=0/256
  pwq 31: cpus=15 node=0 flags=0x0 nice=-20 active=0/256
  pwq 29: cpus=14 node=0 flags=0x0 nice=-20 active=0/256
  pwq 27: cpus=13 node=0 flags=0x0 nice=-20 active=0/256
  pwq 25: cpus=12 node=0 flags=0x0 nice=-20 active=0/256
  pwq 23: cpus=11 node=0 flags=0x0 nice=-20 active=0/256
  pwq 21: cpus=10 node=0 flags=0x0 nice=-20 active=0/256
  pwq 19: cpus=9 node=0 flags=0x0 nice=-20 active=0/256
  pwq 17: cpus=8 node=0 flags=0x0 nice=-20 active=0/256
  pwq 15: cpus=7 node=0 flags=0x0 nice=-20 active=0/256
  pwq 13: cpus=6 node=0 flags=0x0 nice=-20 active=0/256
  pwq 11: cpus=5 node=0 flags=0x0 nice=-20 active=0/256
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  pwq 7: cpus=3 node=0 flags=0x0 nice=-20 active=0/256
  pwq 5: cpus=2 node=0 flags=0x0 nice=-20 active=0/256
  pwq 3: cpus=1 node=0 flags=0x0 nice=-20 active=0/256
  pwq 1: cpus=0 node=0 flags=0x0 nice=-20 active=0/256
workqueue rpciod: flags=0x8
  pwq 318: cpus=159 node=17 flags=0x0 nice=0 active=0/256
  pwq 316: cpus=158 node=17 flags=0x0 nice=0 active=0/256
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 cpus=156 node=17 flags=0x0 nice=0 active=0/256
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 cpus=143 node=17 flags=0x0 nice=0 active=0/256
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 cpus=140 node=17 flags=0x0 nice=0 active=0/256
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 cpus=123 node=17 flags=0x0 nice=0 active=0/256
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 cpus=89 node=16 flags=0x0 nice=0 active=0/256
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 cpus=72 node=1 flags=0x0 nice=0 active=0/256
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 cpus=37 node=0 flags=0x0 nice=0 active=0/256
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 cpus=35 node=0 flags=0x0 nice=0 active=0/256
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 cpus=20 node=0 flags=0x0 nice=0 active=0/256
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  pwq 20: cpus=10 node=0 flags=0x0 nice=0 active=0/256
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  pwq 10: cpus=5 node=0 flags=0x0 nice=0 active=0/256
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  pwq 6: cpus=3 node=0 flags=0x0 nice=0 active=0/256
  pwq 4:
 cpus=2 node=0 flags=0x0 nice=0 active=0/256
  pwq 2: cpus=1 node=0 flags=0x0 nice=0 active=0/256
  pwq 0: cpus=0 node=0 flags=0x0 nice=0 active=0/256
workqueue xprtiod: flags=0x18
  pwq 319: cpus=159 node=17 flags=0x0 nice=-20 active=0/256
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  pwq 315:
 cpus=157 node=17 flags=0x0 nice=-20 active=0/256
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  pwq 261:
 cpus=130 node=17 flags=0x0 nice=-20 active=0/256
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  pwq 213: cpus=106 node=16 flags=0x0 nice=-20 active=0/256
  pwq 211: cpus=active=0/256
  pwq 79:
 cpus=39 node=0 flags=0x0 nice=-20 active=0/256
  pwq 77: cpus=38 node=0 flags=0x0 nice=-20 active=0/256
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  pwq 67: cpus=33 node=0 flags=0x0 nice=-20 active=0/256
  pwq 65: cpus=32 node=0 flags=0x0 nice=-20 active=0/256
  pwq 63:
 cpus=31 node=0 flags=0x0 nice=-20 active=0/256
  pwq 61: cpus=30 node=0 flags=0x0 nice=-20 active=0/256
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  pwq 43: cpus=21 node=0 flags=0x0 nice=-20 active=0/256
  pwq 41: cpus=20 node=0 flags=0x0 nice=-20 active=0/256
  pwq 39: cpus=19 node=0 flags=0x0 nice=-20 active=0/256
  pwq 37: cpus=18 node=0 flags=0x0 nice=-20 active=0/256
  pwq 35: cpus=17 node=0 flags=0x0 nice=-20 active=0/256
  pwq 33: cpus=16 node=0 flags=0x0 nice=-20 active=0/256
  pwq 31: cpus=15 node=0 flags=0x0 nice=-20 active=0/256
  pwq 29: cpus=14 node=0 flags=0x0 nice=-20 active=0/256
  pwq 27: cpus=13 node=0 flags=0x0 nice=-20 active=0/256
  pwq 25: cpus=12 node=0 flags=0x0 nice=-20 active=0/256
  pwq 23: cpus=11 node=0 flags=0x0 nice=-20 active=0/256
  pwq 21: cpus=10 node=0 flags=0x0 nice=-20 active=0/256
  pwq 19: cpus=9 node=0 flags=0x0 nice=-20 active=0/256
  pwq 17: cpus=8 node=0 flags=0x0 nice=-20 active=0/256
  pwq 15: cpus=7 node=0 flags=0x0 nice=-20 active=0/256
  pwq 13: cpus=6 node=0 flags=0x0 nice=-20 active=0/256
  pwq 11: cpus=5 node=0 flags=0x0 nice=-20 active=0/256
  pwq 9: cpus=4 node=0 flags=0x0 nice=-20 active=0/256
  pwq 7: cpus=3 node=0 flags=0x0 nice=-20 active=0/256
  pwq 5: cpus=2 node=0 flags=0x0 nice=-20 active=0/256
  pwq 3: cpus=1 node=0 flags=0x0 nice=-20 active=0/256
  pwq 1: cpus=0 node=0 flags=0x0 nice=-20 active=0/256
workqueue vmstat: flags=0xc
  pwq 318: cpus=159 node=17 flags=0x0 nice=0 active=0/256
  pwq 316: cpus=158 node=17 flags=0x0 nice=0 active=0/256
  pwq 314:
 cpus=157 node=17 flags=0x0 nice=0 active=0/256
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  pwq 280:
 cpus=140 node=17 flags=0x0 nice=0 active=0/256
  pwq 278: cpus=139 node=17 flags=0x0 nice=0 active=0/256
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  pwq 214:
 cpus=107 node=16 flags=0x0 nice=0 active=0/256
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 cpus=105 node=16 flags=0x0 nice=0 active=0/256
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  pwq 154:
 cpus=77 node=1 flags=0x0 nice=0 active=0/256
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  pwq 150: cpus=75 node=1 flags=0x0 nice=0 active=0/256
  pwq 148: cpus=74 node=1 flags=0x0 nice=0 active=0/256
  pwq 146: cpus=73 node=1 flags=0x0 nice=0 active=0/256
  pwq 144: cpus=72 node=1 flags=0x0 nice=0 active=0/256
  pwq 142: cpus=71 node=1 flags=0x0 nice=0 active=0/256
  pwq 140: cpus=70 node=1 flags=0x0 nice=0 active=0/256
  pwq 138: cpus=69 node=1 flags=0x0 nice=0 active=0/256
  pwq 136: cpus=68 node=1 flags=0x0 nice=0 active=0/256
  pwq 134: cpus=67 node=1 flags=0x0 nice=0 active=0/256
  pwq 132: cpus=66 node=1 flags=0x0 nice=0 active=0/256
  pwq 130: cpus=65 node=1 flags=0x0 nice=0 active=0/256
  pwq 128: cpus=64 node=1 flags=0x0 nice=0 active=0/256
  pwq 126: cpus=63 node=1 flags=0x0 nice=0 active=0/256
  pwq 124: cpus=62 node=1 flags=0x0 nice=0 active=0/256
  pwq 122: cpus=61 node=1 flags=0x0 nice=0 active=0/256
  pwq 120: cpus=60 node=1 flags=0x0 nice=0 active=0/256
  pwq 118: cpus=59 node=1 flags=0x0 nice=0 active=0/256
  pwq 116: cpus=58 node=1 flags=0x0 nice=0 active=0/256
  pwq 114: cpus=57 node=1 flags=0x0 nice=0 active=0/256
  pwq 112:
 cpus=56 node=1 flags=0x0 nice=0 active=0/256
  pwq 110:
 cpus=55 node=1 flags=0x0 nice=0 active=0/256
  pwq 108: cpus=54 node=1 flags=0x0 nice=0 active=0/256
  pwq 106: cpus=53 node=1 flags=0x0 nice=0 active=0/256
  pwq 104: cpus=52 node=1 flags=0x0 nice=0 active=0/256
  pwq 102: cpus=51 node=1 flags=0x0 nice=0 active=0/256
  pwq 100: cpus=50 node=1 flags=0x0 nice=0 active=0/256
  pwq 98: cpus=49 node=1 flags=0x0 nice=0 active=0/256
  pwq 96: cpus=48 node=1 flags=0x0 nice=0 active=0/256
  pwq 94: cpus=47 node=1 flags=0x0 nice=0 active=0/256
  pwq 92: cpus=46 node=1 flags=0x0 nice=0 active=0/256
  pwq 90:
 cpus=45 node=1 flags=0x0 nice=0 active=0/256
  pwq 88: cpus=44 node=1 flags=0x0 nice=0 active=0/256
  pwq 86: cpus=43 node=1 flags=0x0 nice=0 active=0/256
  pwq 84: cpus=42 node=1 flags=0x0 nice=0 active=0/256
  pwq 82: cpus=41 node=1 flags=0x0 nice=0 active=0/256
  pwq 80: cpus=40 node=1 flags=0x0 nice=0 active=0/256
  pwq 78: cpus=39 node=0 flags=0x0 nice=0 active=0/256
  pwq 76: cpus=38 node=0 flags=0x0 nice=0 active=0/256
  pwq 74: cpus=37 node=0 flags=0x0 nice=0 active=0/256
  pwq 72: cpus=36 node=0 flags=0x0 nice=0 active=0/256
  pwq 70: cpus=35 node=0 flags=0x0 nice=0 active=0/256
  pwq 68: cpus=34 node=0 flags=0x0 nice=0 active=0/256
  pwq 66: cpus=33 node=0 flags=0x0 nice=0 active=0/256
  pwq 64: cpus=32 node=0 flags=0x0 nice=0 active=0/256
  pwq 62: cpus=31 node=0 flags=0x0 nice=0 active=0/256
  pwq 60: cpus=30 node=0 flags=0x0 nice=0 active=0/256
  pwq 58: cpus=29 node=0 flags=0x0 nice=0 active=1/256
    pending: vmstat_update
  pwq 56: cpus=28 node=0 flags=0x0 nice=0 active=0/256
  pwq 54: cpus=27 node=0 flags=0x0 nice=0 active=0/256
  pwq 52: cpus=26 node=0 flags=0x0 nice=0 active=0/256
  pwq 50: cpus=25 node=0 flags=0x0 nice=0 active=0/256
  pwq 48: cpus=24 node=0 flags=0x0 nice=0 active=0/256
  pwq 46: cpus=23 node=0 flags=0x0 nice=0 active=0/256
  pwq 44:
 cpus=22 node=0 flags=0x0 nice=0 active=0/256
  pwq 42: cpus=21 node=0 flags=0x0 nice=0 active=0/256
  pwq 40: cpus=20 node=0 flags=0x0 nice=0 active=0/256
  pwq 38: cpus=19 node=0 flags=0x0 nice=0 active=0/256
  pwq 36: cpus=18 node=0 flags=0x0 nice=0 active=0/256
  pwq 34: cpus=17 node=0 flags=0x0 nice=0 active=0/256
  pwq 32: cpus=16 node=0 flags=0x0 nice=0 active=0/256
  pwq 30: cpus=15 node=0 flags=0x0 nice=0 active=0/256
  pwq 28: cpus=14 node=0 flags=0x0 nice=0 active=0/256
  pwq 26: cpus=13 node=0 flags=0x0 nice=0 active=0/256
  pwq 24: cpus=12 node=0 flags=0x0 nice=0 active=0/256
  pwq 22: cpus=11 node=0 flags=0x0 nice=0 active=0/256
  pwq 20: cpus=10 node=0 flags=0x0 nice=0 active=0/256
  pwq 18: cpus=9 node=0 flags=0x0 nice=0 active=0/256
  pwq 16: cpus=8 node=0 flags=0x0 nice=0 active=0/256
  pwq 14: cpus=7 node=0 flags=0x0 nice=0 active=0/256
  pwq 12: cpus=6 node=0 flags=0x0 nice=0 active=0/256
  pwq 10: cpus=5 node=0 flags=0x0 nice=0 active=0/256
  pwq 8:
 cpus=4 node=0 flags=0x0 nice=0 active=0/256
  pwq 6: cpus=3 node=0 flags=0x0 nice=0 active=0/256
  pwq 4: cpus=2 node=0 flags=0x0 nice=0 active=0/256
  pwq 2: cpus=1 node=0 flags=0x0 nice=0 active=0/256
  pwq 0: cpus=0 node=0 flags=0x0 nice=0 active=0/256
workqueue nfsiod: flags=0x8
  pwq 318: cpus=159 node=17 flags=0x0 nice=0 active=0/256
  pwq 316: cpus=158 node=17 flags=0x0 nice=0 active=0/256
  pwq 314: cpus=157 node=17 flags=0x0 nice=0 active=0/256
  pwq 312: cpus=156 node=17 flags=0x0 nice=0 active=0/256
  pwq 310: cpus=155 node=17 flags=0x0 nice=0 active=0/256
  pwq 308: cpus=154 node=17 flags=0x0 nice=0 active=0/256
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  pwq 304: cpus=152 node=17 flags=0x0 nice=0 active=0/256
  pwq 302: cpus=151 node=17 flags=0x0 nice=0 active=0/256
  pwq 300: cpus=150 node=17 flags=0x0 nice=0 active=0/256
  pwq 298: cpus=149 node=17 flags=0x0 nice=0 active=0/256
  pwq 296: cpus=148 node=17 flags=0x0 nice=0 active=0/256
  pwq 294: cpus=147 node=17 flags=0x0 nice=0 active=0/256
  pwq 292: cpus=146 node=17 flags=0x0 nice=0 active=0/256
  pwq 290: cpus=145 node=17 flags=0x0 nice=0 active=0/256
  pwq 288: cpus=144 node=17 flags=0x0 nice=0 active=0/256
  pwq 286: cpus=143 node=17 flags=0x0 nice=0 active=0/256
  pwq 284: cpus=142 node=17 flags=0x0 nice=0 active=0/256
  pwq 282: cpus=141 node=17 flags=0x0 nice=0 active=0/256
  pwq 280: cpus=140 node=17 flags=0x0 nice=0 active=0/256
  pwq 278: cpus=139 node=17 flags=0x0 nice=0 active=0/256
  pwq 276: cpus=138 node=17 flags=0x0 nice=0 active=0/256
  pwq 274: cpus=137 node=17 flags=0x0 nice=0 active=0/256
  pwq 272: cpus=136 node=17 flags=0x0 nice=0 active=0/256
  pwq 270: cpus=135 node=17 flags=0x0 nice=0 active=0/256
  pwq 268: cpus=134 node=17 flags=0x0 nice=0 active=0/256
  pwq 266: cpus=133 node=17 flags=0x0 nice=0 active=0/256
  pwq 264: cpus=132 node=17 flags=0x0 nice=0 active=0/256
  pwq 262:
 cpus=131 node=17 flags=0x0 nice=0 active=0/256
  pwq 260: cpus=130 node=17 flags=0x0 nice=0 active=0/256
  pwq 258:
 cpus=129 node=17 flags=0x0 nice=0 active=0/256
  pwq 256: cpus=128 node=17 flags=0x0 nice=0 active=0/256
  pwq 254: cpus=127 node=17 flags=0x0 nice=0 active=0/256
  pwq 252: cpus=126 node=17 flags=0x0 nice=0 active=0/256
  pwq 250: cpus=125 node=17 flags=0x0 nice=0 active=0/256
  pwq 248: cpus=124 node=17 flags=0x0 nice=0 active=0/256
  pwq 246: cpus=123 node=17 flags=0x0 nice=0 active=0/256
  pwq 244: cpus=122 node=17 flags=0x0 nice=0 active=0/256
  pwq 242: cpus=121 node=17 flags=0x0 nice=0 active=0/256
  pwq 240: cpus=120 node=17 flags=0x0 nice=0 active=0/256
  pwq 238: cpus=119 node=16 flags=0x0 nice=0 active=0/256
  pwq 236: cpus=118 node=16 flags=0x0 nice=0 active=0/256
  pwq 234: cpus=117 node=16 flags=0x0 nice=0 active=0/256
  pwq 232: cpus=116 node=16 flags=0x0 nice=0 active=0/256
  pwq 230: cpus=115 node=16 flags=0x0 nice=0 active=0/256
  pwq 228: cpus=114 node=16 flags=0x0 nice=0 active=0/256
  pwq 226: cpus=113 node=16 flags=0x0 nice=0 active=0/256
  pwq 224: cpus=112 node=16 flags=0x0 nice=0 active=0/256
  pwq 222: cpus=111 node=16 flags=0x0 nice=0 active=0/256
  pwq 220:
 cpus=110 node=16 flags=0x0 nice=0 active=0/256
  pwq 218: cpus=109 node=16 flags=0x0 nice=0 active=0/256
  pwq 216: cpus=108 node=16 flags=0x0 nice=0 active=0/256
  pwq 214: cpus=107 node=16 flags=0x0 nice=0 active=0/256
  pwq 212: cpus=106 node=16 flags=0x0 nice=0 active=0/256
  pwq 210: cpus=105 node=16 flags=0x0 nice=0 active=0/256
  pwq 208: cpus=104 node=16 flags=0x0 nice=0 active=0/256
  pwq 206: cpus=103 node=16 flags=0x0 nice=0 active=0/256
  pwq 204: cpus=102 node=16 flags=0x0 nice=0 active=0/256
  pwq 202: cpus=101 node=16 flags=0x0 nice=0 active=0/256
  pwq 200: cpus=100 node=16 flags=0x0 nice=0 active=0/256
  pwq 198: cpus=99 node=16 flags=0x0 nice=0 active=0/256
  pwq 196: cpus=98 node=16 flags=0x0 nice=0 active=0/256
  pwq 194: cpus=97 node=16 flags=0x0 nice=0 active=0/256
  pwq 192: cpus=96 node=16 flags=0x0 nice=0 active=0/256
  pwq 190: cpus=95 node=16 flags=0x0 nice=0 active=0/256
  pwq 188: cpus=94 node=16 flags=0x0 nice=0 active=0/256
  pwq 186: cpus=93 node=16 flags=0x0 nice=0 active=0/256
  pwq 184: cpus=92 node=16 flags=0x0 nice=0 active=0/256
  pwq 182: cpus=91 node=16 flags=0x0 nice=0 active=0/256
  pwq 180: cpus=90 node=16 flags=0x0 nice=0 active=0/256
  pwq 178: cpus=89 node=16 flags=0x0 nice=0 active=0/256
  pwq 176: cpus=88 node=16 flags=0x0 nice=0 active=0/256
  pwq 174: cpus=87 node=16 flags=0x0 nice=0 active=0/256
  pwq 172: cpus=86 node=16 flags=0x0 nice=0 active=0/256
  pwq 170: cpus=85 node=16 flags=0x0 nice=0 active=0/256
  pwq 168: cpus=84 node=16 flags=0x0 nice=0 active=0/256
  pwq 166: cpus=83 node=16 flags=0x0 nice=0 active=0/256
  pwq 164: cpus=82 node=16 flags=0x0 nice=0 active=0/256
  pwq 162: cpus=81 node=16 flags=0x0 nice=0 active=0/256
  pwq 160:
 cpus=80 node=16 flags=0x0 nice=0 active=0/256
  pwq 158: cpus=79 node=1 flags=0x0 nice=0 active=0/256
  pwq 156: cpus=78 node=1 flags=0x0 nice=0 active=0/256
  pwq 154: cpus=77 node=1 flags=0x0 nice=0 active=0/256
  pwq 152: cpus=76 node=1 flags=0x0 nice=0 active=0/256
  pwq 150: cpus=75 node=1 flags=0x0 nice=0 active=0/256
  pwq 148: cpus=74 node=1 flags=0x0 nice=0 active=0/256
  pwq 146: cpus=73 node=1 flags=0x0 nice=0 active=0/256
  pwq 144: cpus=72 node=1 flags=0x0 nice=0 active=0/256
  pwq 142: cpus=71 node=1 flags=0x0 nice=0 active=0/256
  pwq 140: cpus=70 node=1 flags=0x0 nice=0 active=0/256
  pwq 138: cpus=69 node=1 flags=0x0 nice=0 active=0/256
  pwq 136: cpus=68 node=1 flags=0x0 nice=0 active=0/256
  pwq 134: cpus=67 node=1 flags=0x0 nice=0 active=0/256
  pwq 132: cpus=66 node=1 flags=0x0 nice=0 active=0/256
  pwq 130: cpus=65 node=1 flags=0x0 nice=0 active=0/256
  pwq 128: cpus=64 node=1 flags=0x0 nice=0 active=0/256
  pwq 126:
 cpus=63 node=1 flags=0x0 nice=0 active=0/256
  pwq 124: cpus=62 node=1 flags=0x0 nice=0 active=0/256
  pwq 122: cpus=61 node=1 flags=0x0 nice=0 active=0/256
  pwq 120: cpus=60 node=1 flags=0x0 nice=0 active=0/256
  pwq 118: cpus=59 node=1 flags=0x0 nice=0 active=0/256
  pwq 116: cpus=58 node=1 flags=0x0 nice=0 active=0/256
  pwq 114: cpus=57 node=1 flags=0x0 nice=0 active=0/256
  pwq 112: cpus=56 node=1 flags=0x0 nice=0 active=0/256
  pwq 110: cpus=55 node=1 flags=0x0 nice=0 active=0/256
  pwq 108: cpus=54 node=1 flags=0x0 nice=0 active=0/256
  pwq 106: cpus=53 node=1 flags=0x0 nice=0 active=0/256
  pwq 104: cpus=52 node=1 flags=0x0 nice=0 active=0/256
  pwq 102: cpus=51 node=1 flags=0x0 nice=0 active=0/256
  pwq 100: cpus=50 node=1 flags=0x0 nice=0 active=0/256
  pwq 98: cpus=49 node=1 flags=0x0 nice=0 active=0/256
  pwq 96: cpus=48 node=1 flags=0x0 nice=0 active=0/256
  pwq 94: cpus=47 node=1 flags=0x0 nice=0 active=0/256
  pwq 92: cpus=46 node=1 flags=0x0 nice=0 active=0/256
  pwq 90: cpus=45 node=1 flags=0x0 nice=0 active=0/256
  pwq 88: cpus=44 node=1 flags=0x0 nice=0 active=0/256
  pwq 86: cpus=43 node=1 flags=0x0 nice=0 active=0/256
  pwq 84: cpus=42 node=1 flags=0x0 nice=0 active=0/256
  pwq 82: cpus=41 node=1 flags=0x0 nice=0 active=0/256
  pwq 80: cpus=40 node=1 flags=0x0 nice=0 active=0/256
  pwq 78: cpus=39 node=0 flags=0x0 nice=0 active=0/256
  pwq 76: cpus=38 node=0 flags=0x0 nice=0 active=0/256
  pwq 74: cpus=37 node=0 flags=0x0 nice=0 active=0/256
  pwq 72: cpus=36 node=0 flags=0x0 nice=0 active=0/256
  pwq 70: cpus=35 node=0 flags=0x0 nice=0 active=0/256
  pwq 68: cpus=34 node=0 flags=0x0 nice=0 active=0/256
  pwq 66: cpus=33 node=0 flags=0x0 nice=0 active=0/256
  pwq 64: cpus=32 node=0 flags=0x0 nice=0 active=0/256
  pwq 62: cpus=31 node=0 flags=0x0 nice=0 active=0/256
  pwq 60: cpus=30 node=0 flags=0x0 nice=0 active=0/256
  pwq 58: cpus=29 node=0 flags=0x0 nice=0 active=0/256
  pwq 56:
 cpus=28 node=0 flags=0x0 nice=0 active=0/256
  pwq 54:
 cpus=27 node=0 flags=0x0 nice=0 active=0/256
  pwq 52:
 cpus=26 node=0 flags=0x0 nice=0 active=0/256
  pwq 50: cpus=25 node=0 flags=0x0 nice=0 active=0/256
  pwq 48: cpus=24 node=0 flags=0x0 nice=0 active=0/256
  pwq 46: cpus=23 node=0 flags=0x0 nice=0 active=0/256
  pwq 44: cpus=22 node=0 flags=0x0 nice=0 active=0/256
  pwq 42: cpus=21 node=0 flags=0x0 nice=0 active=0/256
  pwq 40: cpus=20 node=0 flags=0x0 nice=0 active=0/256
  pwq 38: cpus=19 node=0 flags=0x0 nice=0 active=0/256
  pwq 36: cpus=18 node=0 flags=0x0 nice=0 active=0/256
  pwq 34: cpus=17 node=0 flags=0x0 nice=0 active=0/256
  pwq 32: cpus=16 node=0 flags=0x0 nice=0 active=0/256
  pwq 30: cpus=15 node=0 flags=0x0 nice=0 active=0/256
  pwq 28:
 cpus=14 node=0 flags=0x0 nice=0 active=0/256
  pwq 26: cpus=13 node=0 flags=0x0 nice=0 active=0/256
  pwq 24: cpus=12 node=0 flags=0x0 nice=0 active=0/256
  pwq 22:
 cpus=11 node=0 flags=0x0 nice=0 active=0/256
  pwq 20: cpus=10 node=0 flags=0x0 nice=0 active=0/256
  pwq 18: cpus=9 node=0 flags=0x0 nice=0 active=0/256
  pwq 16: cpus=8 node=0 flags=0x0 nice=0 active=0/256
  pwq 14: cpus=7 node=0 flags=0x0 nice=0 active=0/256
  pwq 12: cpus=6 node=0 flags=0x0 nice=0 active=0/256
  pwq 10: cpus=5 node=0 flags=0x0 nice=0 active=0/256
  pwq 8: cpus=4 node=0 flags=0x0 nice=0 active=0/256
  pwq 6: cpus=3 node=0 flags=0x0 nice=0 active=0/256
  pwq 4: cpus=2 node=0 flags=0x0 nice=0 active=0/256
  pwq 2: cpus=1 node=0 flags=0x0 nice=0 active=0/256
  pwq 0: cpus=0 node=0 flags=0x0 nice=0 active=0/256
workqueue bioset: flags=0x8
  pwq 318: cpus=159 node=17 flags=0x0 nice=0 active=0/256
  pwq 316: cpus=158 node=17 flags=0x0 nice=0 active=0/256
  pwq 314: cpus=157 node=17 flags=0x0 nice=0 active=0/256
  pwq 312: cpus=156 node=17 flags=0x0 nice=0 active=0/256
  pwq 310: cpus=155 node=17 flags=0x0 nice=0 active=0/256
  pwq 308: cpus=154 node=17 flags=0x0 nice=0 active=0/256
  pwq 306: cpus=153 node=17 flags=0x0 nice=0 active=0/256
  pwq 304: cpus=152 node=17 flags=0x0 nice=0 active=0/256
  pwq 302: cpus=151 node=17 flags=0x0 nice=0 active=0/256
  pwq 300: cpus=150 node=17 flags=0x0 nice=0 active=0/256
  pwq 298: cpus=149 node=17 flags=0x0 nice=0 active=0/256
  pwq 296: cpus=148 node=17 flags=0x0 nice=0 active=0/256
  pwq 294: cpus=147 node=17 flags=0x0 nice=0 active=0/256
  pwq 292: cpus=146 node=17 flags=0x0 nice=0 active=0/256
  pwq 290: cpus=145 node=17 flags=0x0 nice=0 active=0/256
  pwq 288: cpus=144 node=17 flags=0x0 nice=0 active=0/256
  pwq 286:
 cpus=143 node=17 flags=0x0 nice=0 active=0/256
  pwq 284:
 cpus=142 node=17 flags=0x0 nice=0 active=0/256
  pwq 282: cpus=141 node=17 flags=0x0 nice=0 active=0/256
  pwq 280: cpus=140 node=17 flags=0x0 nice=0 active=0/256
  pwq 278: cpus=139 node=17 flags=0x0 nice=0 active=0/256
  pwq 276: cpus=138 node=17 flags=0x0 nice=0 active=0/256
  pwq 274: cpus=137 node=17 flags=0x0 nice=0 active=0/256
  pwq 272: cpus=136 node=17 flags=0x0 nice=0 active=0/256
  pwq 270: cpus=135 node=17 flags=0x0 nice=0 active=0/256
  pwq 268: cpus=134 node=17 flags=0x0 nice=0 active=0/256
  pwq 266: cpus=133 node=17 flags=0x0 nice=0 active=0/256
  pwq 264: cpus=132 node=17 flags=0x0 nice=0 active=0/256
  pwq 262: cpus=131 node=17 flags=0x0 nice=0 active=0/256
  pwq 260: cpus=130 node=17 flags=0x0 nice=0 active=0/256
  pwq 258: cpus=129 node=17 flags=0x0 nice=0 active=0/256
  pwq 256: cpus=128 node=17 flags=0x0 nice=0 active=0/256
  pwq 254: cpus=127 node=17 flags=0x0 nice=0 active=0/256
  pwq 252: cpus=126 node=17 flags=0x0 nice=0 active=0/256
  pwq 250: cpus=125 node=17 flags=0x0 nice=0 active=0/256
  pwq 248: cpus=124 node=17 flags=0x0 nice=0 active=0/256
  pwq 246: cpus=123 node=17 flags=0x0 nice=0 active=0/256
  pwq 244: cpus=122 node=17 flags=0x0 nice=0 active=0/256
  pwq 242: cpus=121 node=17 flags=0x0 nice=0 active=0/256
  pwq 240:
 cpus=120 node=17 flags=0x0 nice=0 active=0/256
  pwq 238: cpus=119 node=16 flags=0x0 nice=0 active=0/256
  pwq 236: cpus=118 node=16 flags=0x0 nice=0 active=0/256
  pwq 234: cpus=117 node=16 flags=0x0 nice=0 active=0/256
  pwq 232: cpus=116 node=16 flags=0x0 nice=0 active=0/256
  pwq 230: cpus=115 node=16 flags=0x0 nice=0 active=0/256
  pwq 228: cpus=114 node=16 flags=0x0 nice=0 active=0/256
  pwq 226: cpus=113 node=16 flags=0x0 nice=0 active=0/256
  pwq 224: cpus=112 node=16 flags=0x0 nice=0 active=0/256
  pwq 222: cpus=111 node=16 flags=0x0 nice=0 active=0/256
  pwq 220: cpus=110 node=16 flags=0x0 nice=0 active=0/256
  pwq 218: cpus=109 node=16 flags=0x0 nice=0 active=0/256
  pwq 216: cpus=108 node=16 flags=0x0 nice=0 active=0/256
  pwq 214: cpus=107 node=16 flags=0x0 nice=0 active=0/256
  pwq 212: cpus=106 node=16 flags=0x0 nice=0 active=0/256
  pwq 210: cpus=105 node=16 flags=0x0 nice=0 active=0/256
  pwq 208:
 cpus=104 node=16 flags=0x0 nice=0 active=0/256
  pwq 206: cpus=103 node=16 flags=0x0 nice=0 active=0/256
  pwq 204: cpus=102 node=16 flags=0x0 nice=0 active=0/256
  pwq 202: cpus=101 node=16 flags=0x0 nice=0 active=0/256
  pwq 200: cpus=100 node=16 flags=0x0 nice=0 active=0/256
  pwq 198: cpus=99 node=16 flags=0x0 nice=0 active=0/256
  pwq 196: cpus=98 node=16 flags=0x0 nice=0 active=0/256
  pwq 194: cpus=97 node=16 flags=0x0 nice=0 active=0/256
  pwq 192: cpus=96 node=16 flags=0x0 nice=0 active=0/256
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  pwq 140:
 cpus=70 node=1 flags=0x0 nice=0 active=0/256
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  pwq 104:
 cpus=52 node=1 flags=0x0 nice=0 active=0/256
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 cpus=43 node=1 flags=0x0 nice=0 active=0/256
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 cpus=29 node=0 flags=0x0 nice=0 active=0/256
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 cpus=28 node=0 flags=0x0 nice=0 active=0/256
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 cpus=27 node=0 flags=0x0 nice=0 active=0/256
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  pwq 20: cpus=10 node=0 flags=0x0 nice=0 active=0/256
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  pwq 6: cpus=3 node=0 flags=0x0 nice=0 active=0/256
  pwq 4: cpus=2 node=0 flags=0x0 nice=0 active=0/256
  pwq 2: cpus=1 node=0 flags=0x0 nice=0 active=0/256
  pwq 0:
 cpus=0 node=0 flags=0x0 nice=0 active=0/256
workqueue bioset: flags=0x8
  pwq 318: cpus=159 node=17 flags=0x0 nice=0 active=0/256
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  pwq 268: ve=0/256
  pwq 134: cpus=67 node=1 flags=0x0 nice=0 active=0/256
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  pwq 118:
 cpus=59 node=1 flags=0x0 nice=0 active=0/256
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  pwq 104:
 cpus=52 node=1 flags=0x0 nice=0 active=0/256
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  pwq 84: cpus=42 node=1 flags=0x0 nice=0 active=0/256
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  pwq 80: cpus=40 node=1 flags=0x0 nice=0 active=0/256
  pwq 78: cpus=39 node=0 flags=0x0 nice=0 active=0/256
  pwq 76: cpus=38 node=0 flags=0x0 nice=0 active=0/256
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  pwq 70: cpus=35 node=0 flags=0x0 nice=0 active=0/256
  pwq 68: cpus=34 node=0 flags=0x0 nice=0 active=0/256
  pwq 66: cpus=33 node=0 flags=0x0 nice=0 active=0/256
  pwq 64: cpus=32 node=0 flags=0x0 nice=0 active=0/256
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  pwq 60: cpus=30 node=0 flags=0x0 nice=0 active=0/256
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  pwq 54: cpus=27 node=0 flags=0x0 nice=0 active=0/256
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  pwq 48:
 cpus=24 node=0 flags=0x0 nice=0 active=0/256
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  pwq 44:
 cpus=22 node=0 flags=0x0 nice=0 active=0/256
  pwq 42: cpus=21 node=0 flags=0x0 nice=0 active=0/256
  pwq 40: cpus=20 node=0 flags=0x0 nice=0 active=0/256
  pwq 38: cpus=19 node=0 flags=0x0 nice=0 active=0/256
  pwq 36: cpus=18 node=0 flags=0x0 nice=0 active=0/256
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  pwq 32: cpus=16 node=0 flags=0x0 nice=0 active=0/256
  pwq 30: cpus=15 node=0 flags=0x0 nice=0 active=0/256
  pwq 28: cpus=14 node=0 flags=0x0 nice=0 active=0/256
  pwq 26: cpus=13 node=0 flags=0x0 nice=0 active=0/256
  pwq 24: cpus=12 node=0 flags=0x0 nice=0 active=0/256
  pwq 22: cpus=11 node=0 flags=0x0 nice=0 active=0/256
  pwq 20: cpus=10 node=0 flags=0x0 nice=0 active=0/256
  pwq 18:
 cpus=9 node=0 flags=0x0 nice=0 active=0/256
  pwq 16: cpus=8 node=0 flags=0x0 nice=0 active=0/256
  pwq 14: cpus=7 node=0 flags=0x0 nice=0 active=0/256
  pwq 12:
 cpus=6 node=0 flags=0x0 nice=0 active=0/256
  pwq 10: cpus=5 node=0 flags=0x0 nice=0 active=0/256
  pwq 8: cpus=4 node=0 flags=0x0 nice=0 active=0/256
  pwq 6: cpus=3 node=0 flags=0x0 nice=0 active=0/256
  pwq 4: cpus=2 node=0 flags=0x0 nice=0 active=0/256
  pwq 2: cpus=1 node=0 flags=0x0 nice=0 active=0/256
  pwq 0: cpus=0 node=0 flags=0x0 nice=0 active=0/256
workqueue bioset: flags=0x8
  pwq 318: cpus=159 node=17 flags=0x0 nice=0 active=0/256
  pwq 316: cpus=158 node=17 flags=0x0 nice=0 active=0/256
  pwq 314: cpus=157 node=17 flags=0x0 nice=0 active=0/256
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  pwq 266:
 cpus=133 node=17 flags=0x0 nice=0 active=0/256
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  pwq 252:
 cpus=126 node=17 flags=0x0 nice=0 active=0/256
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  pwq 238: cpus=119 node=16 flags=0x0 nice=0 active=0/256
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  pwq 206:
 cpus=103 node=16 flags=0x0 nice=0 active=0/256
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 cpus=83 node=16 flags=0x0 nice=0 active=0/256
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 cpus=82 node=16 flags=0x0 nice=0 active=0/256
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 cpus=81 node=16 flags=0x0 nice=0 active=0/256
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  pwq 158:
 cpus=79 node=1 flags=0x0 nice=0 active=0/256
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  pwq 96:
 cpus=48 node=1 flags=0x0 nice=0 active=0/256
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  pwq 80:
 cpus=40 node=1 flags=0x0 nice=0 active=0/256
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 cpus=31 node=0 flags=0x0 nice=0 active=0/256
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  pwq 58:
 cpus=29 node=0 flags=0x0 nice=0 active=0/256
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  pwq 20: cpus=10 node=0 flags=0x0 nice=0 active=0/256
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  pwq 6: cpus=3 node=0 flags=0x0 nice=0 active=0/256
  pwq 4: cpus=2 node=0 flags=0x0 nice=0 active=0/256
  pwq 2: cpus=1 node=0 flags=0x0 nice=0 active=0/256
  pwq 0: cpus=0 node=0 flags=0x0 nice=0 active=0/256
workqueue bioset: flags=0x8
  pwq 318: cpus=159 node=17 flags=0x0 nice=0 active=0/256
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 cpus=156 node=17 flags=0x0 nice=0 active=0/256
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 cpus=139 node=17 flags=0x0 nice=0 active=0/256
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 cpus=138 node=17 flags=0x0 nice=0 active=0/256
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 cpus=123 node=17 flags=0x0 nice=0 active=0/256
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  pwq 178:
 cpus=89 node=16 flags=0x0 nice=0 active=0/256
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  pwq 160: cpus=80 node=16 flags=0x0 nice=0 active=0/256
  pwq 158: cpus=79 node=1 flags=0x0 nice=0 active=0/256
  pwq 156:
 cpus=78 node=1 flags=0x0 nice=0 active=0/256
  pwq 154: cpus=77 node=1 flags=0x0 nice=0 active=0/256
  pwq 152: cpus=76 node=1 flags=0x0 nice=0 active=0/256
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  pwq 148: cpus=74 node=1 flags=0x0 nice=0 active=0/256
  pwq 146: cpus=73 node=1 flags=0x0 nice=0 active=0/256
  pwq 144:
 cpus=72 node=1 flags=0x0 nice=0 active=0/256
  pwq 142: cpus=71 node=1 flags=0x0 nice=0 active=0/256
  pwq 140:
 cpus=70 node=1 flags=0x0 nice=0 active=0/256
  pwq 138: cpus=69 node=1 flags=0x0 nice=0 active=0/256
  pwq 136: cpus=68 node=1 flags=0x0 nice=0 active=0/256
  pwq 134: cpus=67 node=1 flags=0x0 nice=0 active=0/256
  pwq 132: cpus=66 node=1 flags=0x0 nice=0 active=0/256
  pwq 130: cpus=65 node=1 flags=0x0 nice=0 active=0/256
  pwq 128: cpus=64 node=1 flags=0x0 nice=0 active=0/256
  pwq 126: cpus=63 node=1 flags=0x0 nice=0 active=0/256
  pwq 124: cpus=62 node=1 flags=0x0 nice=0 active=0/256
  pwq 122: cpus=61 node=1 flags=0x0 nice=0 active=0/256
  pwq 120: cpus=60 node=1 flags=0x0 nice=0 active=0/256
  pwq 118: cpus=59 node=1 flags=0x0 nice=0 active=0/256
  pwq 116: cpus=58 node=1 flags=0x0 nice=0 active=0/256
  pwq 114: cpus=57 node=1 flags=0x0 nice=0 active=0/256
  pwq 112: cpus=56 node=1 flags=0x0 nice=0 active=0/256
  pwq 110: cpus=55 node=1 flags=0x0 nice=0 active=0/256
  pwq 108: cpus=54 node=1 flags=0x0 nice=0 active=0/256
  pwq 106: cpus=53 node=1 flags=0x0 nice=0 active=0/256
  pwq 104: cpus=52 node=1 flags=0x0 nice=0 active=0/256
  pwq 102:
 cpus=51 node=1 flags=0x0 nice=0 active=0/256
  pwq 100:
 cpus=50 node=1 flags=0x0 nice=0 active=0/256
  pwq 98: cpus=49 node=1 flags=0x0 nice=0 active=0/256
  pwq 96: cpus=48 node=1 flags=0x0 nice=0 active=0/256
  pwq 94: cpus=47 node=1 flags=0x0 nice=0 active=0/256
  pwq 92: cpus=46 node=1 flags=0x0 nice=0 active=0/256
  pwq 90: cpus=45 node=1 flags=0x0 nice=0 active=0/256
  pwq 88: cpus=44 node=1 flags=0x0 nice=0 active=0/256
  pwq 86: cpus=43 node=1 flags=0x0 nice=0 active=0/256
  pwq 84: cpus=42 node=1 flags=0x0 nice=0 active=0/256
  pwq 82: cpus=41 node=1 flags=0x0 nice=0 active=0/256
  pwq 80: cpus=40 node=1 flags=0x0 nice=0 active=0/256
  pwq 78: cpus=39 node=0 flags=0x0 nice=0 active=0/256
  pwq 76: cpus=38 node=0 flags=0x0 nice=0 active=0/256
  pwq 74: cpus=37 node=0 flags=0x0 nice=0 active=0/256
  pwq 72: cpus=36 node=0 flags=0x0 nice=0 active=0/256
  pwq 70: cpus=35 node=0 flags=0x0 nice=0 active=0/256
  pwq 68: cpus=34 node=0 flags=0x0 nice=0 active=0/256
  pwq 66: cpus=33 node=0 flags=0x0 nice=0 active=0/256
  pwq 64: cpus=32 node=0 flags=0x0 nice=0 active=0/256
  pwq 62: cpus=31 node=0 flags=0x0 nice=0 active=0/256
  pwq 60: cpus=30 node=0 flags=0x0 nice=0 active=0/256
  pwq 58: cpus=29 node=0 flags=0x0 nice=0 active=0/256
  pwq 56: cpus=28 node=0 flags=0x0 nice=0 active=0/256
  pwq 54: cpus=27 node=0 flags=0x0 nice=0 active=0/256
  pwq 52: cpus=26 node=0 flags=0x0 nice=0 active=0/256
  pwq 50: cpus=25 node=0 flags=0x0 nice=0 active=0/256
  pwq 48: cpus=24 node=0 flags=0x0 nice=0 active=0/256
  pwq 46: cpus=23 node=0 flags=0x0 nice=0 active=0/256
  pwq 44: cpus=22 node=0 flags=0x0 nice=0 active=0/256
  pwq 42: cpus=21 node=0 flags=0x0 nice=0 active=0/256
  pwq 40:
 cpus=20 node=0 flags=0x0 nice=0 active=0/256
  pwq 38: cpus=19 node=0 flags=0x0 nice=0 active=0/256
  pwq 36: cpus=18 node=0 flags=0x0 nice=0 active=0/256
  pwq 34: cpus=17 node=0 flags=0x0 nice=0 active=0/256
  pwq 32:
 cpus=16 node=0 flags=0x0 nice=0 active=0/256
  pwq 30: cpus=15 node=0 flags=0x0 nice=0 active=0/256
  pwq 28: cpus=14 node=0 flags=0x0 nice=0 active=0/256
  pwq 26: cpus=13 node=0 flags=0x0 nice=0 active=0/256
  pwq 24: cpus=12 node=0 flags=0x0 nice=0 active=0/256
  pwq 22: cpus=11 node=0 flags=0x0 nice=0 active=0/256
  pwq 20: cpus=10 node=0 flags=0x0 nice=0 active=0/256
  pwq 18: cpus=9 node=0 flags=0x0 nice=0 active=0/256
  pwq 16: cpus=8 node=0 flags=0x0 nice=0 active=0/256
  pwq 14: cpus=7 node=0 flags=0x0 nice=0 active=0/256
  pwq 12: cpus=6 node=0 flags=0x0 nice=0 active=0/256
  pwq 10: cpus=5 node=0 flags=0x0 nice=0 active=0/256
  pwq 8:
 cpus=4 node=0 flags=0x0 nice=0 active=0/256
  pwq 6: cpus=3 node=0 flags=0x0 nice=0 active=0/256
  pwq 4:
 cpus=2 node=0 flags=0x0 nice=0 active=0/256
  pwq 2: cpus=1 node=0 flags=0x0 nice=0 active=0/256
  pwq 0: cpus=0 node=0 flags=0x0 nice=0 active=0/256
workqueue bioset: flags=0x8
  pwq 318: cpus=159 node=17 flags=0x0 nice=0 active=0/256
  pwq 316: cpus=158 node=17 flags=0x0 nice=0 active=0/256
  pwq 314:
 cpus=157 node=17 flags=0x0 nice=0 active=0/256
  pwq 312: cpus=156 node=17 flags=0x0 nice=0 active=0/256
  pwq 310: cpus=155 node=17 flags=0x0 nice=0 active=0/256
  pwq 308: cpus=154 node=17 flags=0x0 nice=0 active=0/256
  pwq 306: cpus=153 node=17 flags=0x0 nice=0 active=0/256
  pwq 304: cpus=152 node=17 flags=0x0 nice=0 active=0/256
  pwq 302: cpus=151 node=17 flags=0x0 nice=0 active=0/256
  pwq 300: cpus=150 node=17 flags=0x0 nice=0 active=0/256
  pwq 298: cpus=149 node=17 flags=0x0 nice=0 active=0/256
  pwq 296: cpus=148 node=17 flags=0x0 nice=0 active=0/256
  pwq 294: cpus=147 node=17 flags=0x0 nice=0 active=0/256
  pwq 292: cpus=146 node=17 flags=0x0 nice=0 active=0/256
  pwq 290: cpus=145 node=17 flags=0x0 nice=0 active=0/256
  pwq 288: cpus=144 node=17 flags=0x0 nice=0 active=0/256
  pwq 286: cpus=143 node=17 flags=0x0 nice=0 active=0/256
  pwq 284: cpus=142 node=17 flags=0x0 nice=0 active=0/256
  pwq 282: cpus=141 node=17 flags=0x0 nice=0 active=0/256
  pwq 280: cpus=140 node=17 flags=0x0 nice=0 active=0/256
  pwq 278: cpus=139 node=17 flags=0x0 nice=0 active=0/256
  pwq 276: cpus=138 node=17 flags=0x0 nice=0 active=0/256
  pwq 274: cpus=137 node=17 flags=0x0 nice=0 active=0/256
  pwq 272: cpus=136 node=17 flags=0x0 nice=0 active=0/256
  pwq 270: cpus=135 node=17 flags=0x0 nice=0 active=0/256
  pwq 268: cpus=134 node=17 flags=0x0 nice=0 active=0/256
  pwq 266: cpus=133 node=17 flags=0x0 nice=0 active=0/256
  pwq 264: cpus=132 node=17 flags=0x0 nice=0 active=0/256
  pwq 262: cpus=131 node=17 flags=0x0 nice=0 active=0/256
  pwq 260: cpus=130 node=17 flags=0x0 nice=0 active=0/256
  pwq 258:
 cpus=129 node=17 flags=0x0 nice=0 active=0/256
  pwq 256: cpus=128 node=17 flags=0x0 nice=0 active=0/256
  pwq 254: cpus=127 node=17 flags=0x0 nice=0 active=0/256
  pwq 252: cpus=126 node=17 flags=0x0 nice=0 active=0/256
  pwq 250: cpus=125 node=17 flags=0x0 nice=0 active=0/256
  pwq 248: cpus=124 node=17 flags=0x0 nice=0 active=0/256
  pwq 246: cpus=123 node=17 flags=0x0 nice=0 active=0/256
  pwq 244: cpus=122 node=17 flags=0x0 nice=0 active=0/256
  pwq 242: cpus=121 node=17 flags=0x0 nice=0 active=0/256
  pwq 240: cpus=120 node=17 flags=0x0 nice=0 active=0/256
  pwq 238: cpus=119 node=16 flags=0x0 nice=0 active=0/256
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  pwq 230: cpus=115 node=16 flags=0x0 nice=0 active=0/256
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  pwq 226: cpus=113 node=16 flags=0x0 nice=0 active=0/256
  pwq 224:
 cpus=112 node=16 flags=0x0 nice=0 active=0/256
  pwq 222:
 cpus=111 node=16 flags=0x0 nice=0 active=0/256
  pwq 220:
 cpus=110 node=16 flags=0x0 nice=0 active=0/256
  pwq 218: cpus=109 node=16 flags=0x0 nice=0 active=0/256
  pwq 216: cpus=108 node=16 flags=0x0 nice=0 active=0/256
  pwq 214: cpus=107 node=16 flags=0x0 nice=0 active=0/256
  pwq 212: cpus=106 node=16 flags=0x0 nice=0 active=0/256
  pwq 210: cpus=105 node=16 flags=0x0 nice=0 active=0/256
  pwq 208: cpus=104 node=16 flags=0x0 nice=0 active=0/256
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  pwq 200: cpus=100 node=16 flags=0x0 nice=0 active=0/256
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  pwq 196: cpus=98 node=16 flags=0x0 nice=0 active=0/256
  pwq 194: cpus=97 node=16 flags=0x0 nice=0 active=0/256
  pwq 192:
 cpus=96 node=16 flags=0x0 nice=0 active=0/256
  pwq 190: cpus=95 node=16 flags=0x0 nice=0 active=0/256
  pwq 188: cpus=94 node=16 flags=0x0 nice=0 active=0/256
  pwq 186: cpus=93 node=16 flags=0x0 nice=0 active=0/256
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  pwq 180: cpus=90 node=16 flags=0x0 nice=0 active=0/256
  pwq 178: cpus=89 node=16 flags=0x0 nice=0 active=0/256
  pwq 176: cpus=88 node=16 flags=0x0 nice=0 active=0/256
  pwq 174: cpus=87 node=16 flags=0x0 nice=0 active=0/256
  pwq 172: cpus=86 node=16 flags=0x0 nice=0 active=0/256
  pwq 170: cpus=85 node=16 flags=0x0 nice=0 active=0/256
  pwq 168: cpus=84 node=16 flags=0x0 nice=0 active=0/256
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  pwq 164: cpus=82 node=16 flags=0x0 nice=0 active=0/256
  pwq 162: cpus=81 node=16 flags=0x0 nice=0 active=0/256
  pwq 160: cpus=80 node=16 flags=0x0 nice=0 active=0/256
  pwq 158:
 cpus=79 node=1 flags=0x0 nice=0 active=0/256
  pwq 156:
 cpus=78 node=1 flags=0x0 nice=0 active=0/256
  pwq 154: cpus=77 node=1 flags=0x0 nice=0 active=0/256
  pwq 152: cpus=76 node=1 flags=0x0 nice=0 active=0/256
  pwq 150:
 cpus=75 node=1 flags=0x0 nice=0 active=0/256
  pwq 148: cpus=74 node=1 flags=0x0 nice=0 active=0/256
  pwq 146:
 cpus=73 node=1 flags=0x0 nice=0 active=0/256
  pwq 144: cpus=72 node=1 flags=0x0 nice=0 active=0/256
  pwq 142: cpus=71 node=1 flags=0x0 nice=0 active=0/256
  pwq 140: cpus=70 node=1 flags=0x0 nice=0 active=0/256
  pwq 138: cpus=69 node=1 flags=0x0 nice=0 active=0/256
  pwq 136: cpus=68 node=1 flags=0x0 nice=0 active=0/256
  pwq 134: cpus=67 node=1 flags=0x0 nice=0 active=0/256
  pwq 132: cpus=66 node=1 flags=0x0 nice=0 active=0/256
  pwq 130: cpus=65 node=1 flags=0x0 nice=0 active=0/256
  pwq 128: cpus=64 node=1 flags=0x0 nice=0 active=0/256
  pwq 126: cpus=63 node=1 flags=0x0 nice=0 active=0/256
  pwq 124: cpus=62 node=1 flags=0x0 nice=0 active=0/256
  pwq 122:
 cpus=61 node=1 flags=0x0 nice=0 active=0/256
  pwq 120: cpus=60 node=1 flags=0x0 nice=0 active=0/256
  pwq 118: cpus=59 node=1 flags=0x0 nice=0 active=0/256
  pwq 116: cpus=58 node=1 flags=0x0 nice=0 active=0/256
  pwq 114: cpus=57 node=1 flags=0x0 nice=0 active=0/256
  pwq 112: cpus=56 node=1 flags=0x0 nice=0 active=0/256
  pwq 110: cpus=55 node=1 flags=0x0 nice=0 active=0/256
  pwq 108: cpus=54 node=1 flags=0x0 nice=0 active=0/256
  pwq 106: cpus=53 node=1 flags=0x0 nice=0 active=0/256
  pwq 104: cpus=52 node=1 flags=0x0 nice=0 active=0/256
  pwq 102: cpus=51 node=1 flags=0x0 nice=0 active=0/256
  pwq 100: cpus=50 node=1 flags=0x0 nice=0 active=0/256
  pwq 98: cpus=49 node=1 flags=0x0 nice=0 active=0/256
  pwq 96: cpus=48 node=1 flags=0x0 nice=0 active=0/256
  pwq 94: cpus=47 node=1 flags=0x0 nice=0 active=0/256
  pwq 92: cpus=46 node=1 flags=0x0 nice=0 active=0/256
  pwq 90: cpus=45 node=1 flags=0x0 nice=0 active=0/256
  pwq 88: cpus=44 node=1 flags=0x0 nice=0 active=0/256
  pwq 86: cpus=43 node=1 flags=0x0 nice=0 active=0/256
  pwq 84: cpus=42 node=1 flags=0x0 nice=0 active=0/256
  pwq 82: cpus=41 node=1 flags=0x0 nice=0 active=0/256
  pwq 80: cpus=40 node=1 flags=0x0 nice=0 active=0/256
  pwq 78: cpus=39 node=0 flags=0x0 nice=0 active=0/256
  pwq 76: cpus=38 node=0 flags=0x0 nice=0 active=0/256
  pwq 74: cpus=37 node=0 flags=0x0 nice=0 active=0/256
  pwq 72: cpus=36 node=0 flags=0x0 nice=0 active=0/256
  pwq 70: cpus=35 node=0 flags=0x0 nice=0 active=0/256
  pwq 68: cpus=34 node=0 flags=0x0 nice=0 active=0/256
  pwq 66: cpus=33 node=0 flags=0x0 nice=0 active=0/256
  pwq 64: cpus=32 node=0 flags=0x0 nice=0 active=0/256
  pwq 62: cpus=31 node=0 flags=0x0 nice=0 active=0/256
  pwq 60: cpus=30 node=0 flags=0x0 nice=0 active=0/256
  pwq 58:
 cpus=29 node=0 flags=0x0 nice=0 active=0/256
  pwq 56: cpus=28 node=0 flags=0x0 nice=0 active=0/256
  pwq 54: cpus=27 node=0 flags=0x0 nice=0 active=0/256
  pwq 52: cpus=26 node=0 flags=0x0 nice=0 active=0/256
  pwq 50: cpus=25 node=0 flags=0x0 nice=0 active=0/256
  pwq 48: cpus=24 node=0 flags=0x0 nice=0 active=0/256
  pwq 46: cpus=23 node=0 flags=0x0 nice=0 active=0/256
  pwq 44: cpus=22 node=0 flags=0x0 nice=0 active=0/256
  pwq 42: cpus=21 node=0 flags=0x0 nice=0 active=0/256
  pwq 40: cpus=20 node=0 flags=0x0 nice=0 active=0/256
  pwq 38: cpus=19 node=0 flags=0x0 nice=0 active=0/256
  pwq 36: cpus=18 node=0 flags=0x0 nice=0 active=0/256
  pwq 34: cpus=17 node=0 flags=0x0 nice=0 active=0/256
  pwq 32: cpus=16 node=0 flags=0x0 nice=0 active=0/256
  pwq 30: cpus=15 node=0 flags=0x0 nice=0 active=0/256
  pwq 28: cpus=14 node=0 flags=0x0 nice=0 active=0/256
  pwq 26: cpus=13 node=0 flags=0x0 nice=0 active=0/256
  pwq 24: cpus=12 node=0 flags=0x0 nice=0 active=0/256
  pwq 22: cpus=11 node=0 flags=0x0 nice=0 active=0/256
  pwq 20: cpus=10 node=0 flags=0x0 nice=0 active=0/256
  pwq 18:
 cpus=9 node=0 flags=0x0 nice=0 active=0/256
  pwq 16: cpus=8 node=0 flags=0x0 nice=0 active=0/256
  pwq 14: cpus=7 node=0 flags=0x0 nice=0 active=0/256
  pwq 12: cpus=6 node=0 flags=0x0 nice=0 active=0/256
  pwq 10: cpus=5 node=0 flags=0x0 nice=0 active=0/256
  pwq 8: cpus=4 node=0 flags=0x0 nice=0 active=0/256
  pwq 6: cpus=3 node=0 flags=0x0 nice=0 active=0/256
  pwq 4: cpus=2 node=0 flags=0x0 nice=0 active=0/256
  pwq 2: cpus=1 node=0 flags=0x0 nice=0 active=0/256
  pwq 0: cpus=0 node=0 flags=0x0 nice=0 active=0/256
workqueue bioset: f/256
  pwq 186: cpus=93 node=16 flags=0x0 nice=0 active=0/256
  pwq 184: cpus=92 node=16 flags=0x0 nice=0 active=0/256
  pwq 182: cpus=91 node=16 flags=0x0 nice=0 active=0/256
  pwq 180: cpus=90 node=16 flags=0x0 nice=0 active=0/256
  pwq 178: cpus=89 node=16 flags=0x0 nice=0 active=0/256
  pwq 176: cpus=88 node=16 flags=0x0 nice=0 active=0/256
  pwq 174: cpus=87 node=16 flags=0x0 nice=0 active=0/256
  pwq 172: cpus=86 node=16 flags=0x0 nice=0 active=0/256
  pwq 170:
 cpus=85 node=16 flags=0x0 nice=0 active=0/256
  pwq 168: cpus=84 node=16 flags=0x0 nice=0 active=0/256
  pwq 166: cpus=83 node=16 flags=0x0 nice=0 active=0/256
  pwq 164: cpus=82 node=16 flags=0x0 nice=0 active=0/256
  pwq 162: cpus=81 node=16 flags=0x0 nice=0 active=0/256
  pwq 160: cpus=80 node=16 flags=0x0 nice=0 active=0/256
  pwq 158:
 cpus=79 node=1 flags=0x0 nice=0 active=0/256
  pwq 156: cpus=78 node=1 flags=0x0 nice=0 active=0/256
  pwq 154: cpus=77 node=1 flags=0x0 nice=0 active=0/256
  pwq 152: cpus=76 node=1 flags=0x0 nice=0 active=0/256
  pwq 150: cpus=75 node=1 flags=0x0 nice=0 active=0/256
  pwq 148: cpus=74 node=1 flags=0x0 nice=0 active=0/256
  pwq 146: cpus=73 node=1 flags=0x0 nice=0 active=0/256
  pwq 144: cpus=72 node=1 flags=0x0 nice=0 active=0/256
  pwq 142: cpus=71 node=1 flags=0x0 nice=0 active=0/256
  pwq 140:
 cpus=70 node=1 flags=0x0 nice=0 active=0/256
  pwq 138: cpus=69 node=1 flags=0x0 nice=0 active=0/256
  pwq 136: cpus=68 node=1 flags=0x0 nice=0 active=0/256
  pwq 134: cpus=67 node=1 flags=0x0 nice=0 active=0/256
  pwq 132: cpus=66 node=1 flags=0x0 nice=0 active=0/256
  pwq 130: cpus=65 node=1 flags=0x0 nice=0 active=0/256
  pwq 128: cpus=64 node=1 flags=0x0 nice=0 active=0/256
  pwq 126: cpus=63 node=1 flags=0x0 nice=0 active=0/256
  pwq 124: cpus=62 node=1 flags=0x0 nice=0 active=0/256
  pwq 122: cpus=61 node=1 flags=0x0 nice=0 active=0/256
  pwq 120:
 cpus=60 node=1 flags=0x0 nice=0 active=0/256
  pwq 118: cpus=59 node=1 flags=0x0 nice=0 active=0/256
  pwq 116: cpus=58 node=1 flags=0x0 nice=0 active=0/256
  pwq 114: cpus=57 node=1 flags=0x0 nice=0 active=0/256
  pwq 112: cpus=56 node=1 flags=0x0 nice=0 active=0/256
  pwq 110: cpus=55 node=1 flags=0x0 nice=0 active=0/256
  pwq 108: cpus=54 node=1 flags=0x0 nice=0 active=0/256
  pwq 106: cpus=53 node=1 flags=0x0 nice=0 active=0/256
  pwq 104: cpus=52 node=1 flags=0x0 nice=0 active=0/256
  pwq 102: cpus=51 node=1 flags=0x0 nice=0 active=0/256
  pwq 100: cpus=50 node=1 flags=0x0 nice=0 active=0/256
  pwq 98: cpus=49 node=1 flags=0x0 nice=0 active=0/256
  pwq 96: cpus=48 node=1 flags=0x0 nice=0 active=0/256
  pwq 94: cpus=47 node=1 flags=0x0 nice=0 active=0/256
  pwq 92: cpus=46 node=1 flags=0x0 nice=0 active=0/256
  pwq 90: cpus=45 node=1 flags=0x0 nice=0 active=0/256
  pwq 88: cpus=44 node=1 flags=0x0 nice=0 active=0/256
  pwq 86: cpus=43 node=1 flags=0x0 nice=0 active=0/256
  pwq 84: cpus=42 node=1 flags=0x0 nice=0 active=0/256
  pwq 82: cpus=41 node=1 flags=0x0 nice=0 active=0/256
  pwq 80: cpus=40 node=1 flags=0x0 nice=0 active=0/256
  pwq 78: cpus=39 node=0 flags=0x0 nice=0 active=0/256
  pwq 76: cpus=38 node=0 flags=0x0 nice=0 active=0/256
  pwq 74: cpus=37 node=0 flags=0x0 nice=0 active=0/256
  pwq 72: cpus=36 node=0 flags=0x0 nice=0 active=0/256
  pwq 70: cpus=35 node=0 flags=0x0 nice=0 active=0/256
  pwq 68: cpus=34 node=0 flags=0x0 nice=0 active=0/256
  pwq 66:
 cpus=33 node=0 flags=0x0 nice=0 active=0/256
  pwq 64: cpus=32 node=0 flags=0x0 nice=0 active=0/256
  pwq 62: cpus=31 node=0 flags=0x0 nice=0 active=0/256
  pwq 60: cpus=30 node=0 flags=0x0 nice=0 active=0/256
  pwq 58: cpus=29 node=0 flags=0x0 nice=0 active=0/256
  pwq 56: cpus=28 node=0 flags=0x0 nice=0 active=0/256
  pwq 54: cpus=27 node=0 flags=0x0 nice=0 active=0/256
  pwq 52: cpus=26 node=0 flags=0x0 nice=0 active=0/256
  pwq 50: cpus=25 node=0 flags=0x0 nice=0 active=0/256
  pwq 48: cpus=24 node=0 flags=0x0 nice=0 active=0/256
  pwq 46: cpus=23 node=0 flags=0x0 nice=0 active=0/256
  pwq 44: cpus=22 node=0 flags=0x0 nice=0 active=0/256
  pwq 42: cpus=21 node=0 flags=0x0 nice=0 active=0/256
  pwq 40: cpus=20 node=0 flags=0x0 nice=0 active=0/256
  pwq 38: cpus=19 node=0 flags=0x0 nice=0 active=0/256
  pwq 36: cpus=18 node=0 flags=0x0 nice=0 active=0/256
  pwq 34: cpus=17 node=0 flags=0x0 nice=0 active=0/256
  pwq 32: cpus=16 node=0 flags=0x0 nice=0 active=0/256
  pwq 30: cpus=15 node=0 flags=0x0 nice=0 active=0/256
  pwq 28: cpus=14 node=0 flags=0x0 nice=0 active=0/256
  pwq 26: cpus=13 node=0 flags=0x0 nice=0 active=0/256
  pwq 24: cpus=12 node=0 flags=0x0 nice=0 active=0/256
  pwq 22: cpus=11 node=0 flags=0x0 nice=0 active=0/256
  pwq 20: cpus=10 node=0 flags=0x0 nice=0 active=0/256
  pwq 18: cpus=9 node=0 flags=0x0 nice=0 active=0/256
  pwq 16: cpus=8 node=0 flags=0x0 nice=0 active=0/256
  pwq 14: cpus=7 node=0 flags=0x0 nice=0 active=0/256
  pwq 12: cpus=6 node=0 flags=0x0 nice=0 active=0/256
  pwq 10: cpus=5 node=0 flags=0x0 nice=0 active=0/256
  pwq 8: cpus=4 node=0 flags=0x0 nice=0 active=0/256
  pwq 6: cpus=3 node=0 flags=0x0 nice=0 active=0/256
  pwq 4: cpus=2 node=0 flags=0x0 nice=0 active=0/256
  pwq 2: cpus=1 node=0 flags=0x0 nice=0 active=0/256
  pwq 0: cpus=0 node=0 flags=0x0 nice=0 active=0/256
workqueue bioset: flags=0x8
  pwq 318: cpus=159 node=17 flags=0x0 nice=0 active=0/256
  pwq 316: cpus=158 node=17 flags=0x0 nice=0 active=0/256
  pwq 314: cpus=157 node=17 flags=0x0 nice=0 active=0/256
  pwq 312: cpus=156 node=17 flags=0x0 nice=0 active=0/256
  pwq 310: cpus=155 node=17 flags=0x0 nice=0 active=0/256
  pwq 308: cpus=154 node=17 flags=0x0 nice=0 active=0/256
  pwq 306: cpus=153 node=17 flags=0x0 nice=0 active=0/256
  pwq 304: cpus=152 node=17 flags=0x0 nice=0 active=0/256
  pwq 302: cpus=151 node=17 flags=0x0 nice=0 active=0/256
  pwq 300: cpus=150 node=17 flags=0x0 nice=0 active=0/256
  pwq 298: cpus=149 node=17 flags=0x0 nice=0 active=0/256
  pwq 296: cpus=148 node=17 flags=0x0 nice=0 active=0/256
  pwq 294: cpus=147 node=17 flags=0x0 nice=0 active=0/256
  pwq 292: cpus=146 node=17 flags=0x0 nice=0 active=0/256
  pwq 290: cpus=145 node=17 flags=0x0 nice=0 active=0/256
  pwq 288: cpus=144 node=17 flags=0x0 nice=0 active=0/256
  pwq 286: cpus=143 node=17 flags=0x0 nice=0 active=0/256
  pwq 284: cpus=142 node=17 flags=0x0 nice=0 active=0/256
  pwq 282:
 cpus=141 node=17 flags=0x0 nice=0 active=0/256
  pwq 280: cpus=140 node=17 flags=0x0 nice=0 active=0/256
  pwq 278: cpus=139 node=17 flags=0x0 nice=0 active=0/256
  pwq 276: cpus=138 node=17 flags=0x0 nice=0 active=0/256
  pwq 274: cpus=137 node=17 flags=0x0 nice=0 active=0/256
  pwq 272: cpus=136 node=17 flags=0x0 nice=0 active=0/256
  pwq 270: cpus=135 node=17 flags=0x0 nice=0 active=0/256
  pwq 268: cpus=134 node=17 flags=0x0 nice=0 active=0/256
  pwq 266: cpus=133 node=17 flags=0x0 nice=0 active=0/256
  pwq 264:
 cpus=132 node=17 flags=0x0 nice=0 active=0/256
  pwq 262: cpus=131 node=17 flags=0x0 nice=0 active=0/256
  pwq 260: cpus=130 node=17 flags=0x0 nice=0 active=0/256
  pwq 258: cpus=129 node=17 flags=0x0 nice=0 active=0/256
  pwq 256: cpus=128 node=17 flags=0x0 nice=0 active=0/256
  pwq 254: cpus=127 node=17 flags=0x0 nice=0 active=0/256
  pwq 252: cpus=126 node=17 flags=0x0 nice=0 active=0/256
  pwq 250: cpus=125 node=17 flags=0x0 nice=0 active=0/256
  pwq 248: cpus=124 node=17 flags=0x0 nice=0 active=0/256
  pwq 246: cpus=123 node=17 flags=0x0 nice=0 active=0/256
  pwq 244: cpus=122 node=17 flags=0x0 nice=0 active=0/256
  pwq 242: cpus=121 node=17 flags=0x0 nice=0 active=0/256
  pwq 240: cpus=120 node=17 flags=0x0 nice=0 active=0/256
  pwq 238: cpus=119 node=16 flags=0x0 nice=0 active=0/256
  pwq 236: cpus=118 node=16 flags=0x0 nice=0 active=0/256
  pwq 234: cpus=117 node=16 flags=0x0 nice=0 active=0/256
  pwq 232: cpus=116 node=16 flags=0x0 nice=0 active=0/256
  pwq 230: cpus=115 node=16 flags=0x0 nice=0 active=0/256
  pwq 228: cpus=114 node=16 flags=0x0 nice=0 active=0/256
  pwq 226: cpus=113 node=16 flags=0x0 nice=0 active=0/256
  pwq 224: cpus=112 node=16 flags=0x0 nice=0 active=0/256
  pwq 222: cpus=111 node=16 flags=0x0 nice=0 active=0/256
  pwq 220: cpus=110 node=16 flags=0x0 nice=0 active=0/256
  pwq 218: cpus=109 node=16 flags=0x0 nice=0 active=0/256
  pwq 216:
 cpus=108 node=16 flags=0x0 nice=0 active=0/256
  pwq 214: cpus=107 node=16 flags=0x0 nice=0 active=0/256
  pwq 212: cpus=106 node=16 flags=0x0 nice=0 active=0/256
  pwq 210: cpus=105 node=16 flags=0x0 nice=0 active=0/256
  pwq 208: cpus=104 node=16 flags=0x0 nice=0 active=0/256
  pwq 206: cpus=103 node=16 flags=0x0 nice=0 active=0/256
  pwq 204: cpus=102 node=16 flags=0x0 nice=0 active=0/256
  pwq 202: cpus=101 node=16 flags=0x0 nice=0 active=0/256
  pwq 200: cpus=100 node=16 flags=0x0 nice=0 active=0/256
  pwq 198: cpus=99 node=16 flags=0x0 nice=0 active=0/256
  pwq 196: cpus=98 node=16 flags=0x0 nice=0 active=0/256
  pwq 194: cpus=97 node=16 flags=0x0 nice=0 active=0/256
  pwq 192: cpus=96 node=16 flags=0x0 nice=0 active=0/256
  pwq 190: cpus=95 node=16 flags=0x0 nice=0 active=0/256
  pwq 188: cpus=94 node=16 flags=0x0 nice=0 active=0/256
  pwq 186: cpus=93 node=16 flags=0x0 nice=0 active=0/256
  pwq 184: cpus=92 node=16 flags=0x0 nice=0 active=0/256
  pwq 182:
 cpus=91 node=16 flags=0x0 nice=0 active=0/256
  pwq 180: cpus=90 node=16 flags=0x0 nice=0 active=0/256
  pwq 178:
 cpus=89 node=16 flags=0x0 nice=0 active=0/256
  pwq 176: cpus=88 node=16 flags=0x0 nice=0 active=0/256
  pwq 174: cpus=87 node=16 flags=0x0 nice=0 active=0/256
  pwq 172: cpus=86 node=16 flags=0x0 nice=0 active=0/256
  pwq 170: cpus=85 node=16 flags=0x0 nice=0 active=0/256
  pwq 168: cpus=84 node=16 flags=0x0 nice=0 active=0/256
  pwq 166: cpus=83 node=16 flags=0x0 nice=0 active=0/256
  pwq 164: cpus=82 node=16 flags=0x0 nice=0 active=0/256
  pwq 162: cpus=81 node=16 flags=0x0 nice=0 active=0/256
  pwq 160: cpus=80 node=16 flags=0x0 nice=0 active=0/256
  pwq 158: cpus=79 node=1 flags=0x0 nice=0 active=0/256
  pwq 156: cpus=78 node=1 flags=0x0 nice=0 active=0/256
  pwq 154: cpus=77 node=1 flags=0x0 nice=0 active=0/256
  pwq 152: cpus=76 node=1 flags=0x0 nice=0 active=0/256
  pwq 150: cpus=75 node=1 flags=0x0 nice=0 active=0/256
  pwq 148: cpus=74 node=1 flags=0x0 nice=0 active=0/256
  pwq 146: cpus=73 node=1 flags=0x0 nice=0 active=0/256
  pwq 144: cpus=72 node=1 flags=0x0 nice=0 active=0/256
  pwq 142: cpus=71 node=1 flags=0x0 nice=0 active=0/256
  pwq 140: cpus=70 node=1 flags=0x0 nice=0 active=0/256
  pwq 138: cpus=69 node=1 flags=0x0 nice=0 active=0/256
  pwq 136: cpus=68 node=1 flags=0x0 nice=0 active=0/256
  pwq 134: cpus=67 node=1 flags=0x0 nice=0 active=0/256
  pwq 132: cpus=66 node=1 flags=0x0 nice=0 active=0/256
  pwq 130: cpus=65 node=1 flags=0x0 nice=0 active=0/256
  pwq 128: cpus=64 node=1 flags=0x0 nice=0 active=0/256
  pwq 126: cpus=63 node=1 flags=0x0 nice=0 active=0/256
  pwq 124: cpus=62 node=1 flags=0x0 nice=0 active=0/256
  pwq 122: cpus=61 node=1 flags=0x0 nice=0 active=0/256
  pwq 120: cpus=60 node=1 flags=0x0 nice=0 active=0/256
  pwq 118: cpus=59 node=1 flags=0x0 nice=0 active=0/256
  pwq 116: cpus=58 node=1 flags=0x0 nice=0 active=0/256
  pwq 114:
 cpus=57 node=1 flags=0x0 nice=0 active=0/256
  pwq 112: cpus=56 node=1 flags=0x0 nice=0 active=0/256
  pwq 110: cpus=55 node=1 flags=0x0 nice=0 active=0/256
  pwq 108: cpus=54 node=1 flags=0x0 nice=0 active=0/256
  pwq 106: cpus=53 node=1 flags=0x0 nice=0 active=0/256
  pwq 104: cpus=52 node=1 flags=0x0 nice=0 active=0/256
  pwq 102: cpus=51 node=1 flags=0x0 nice=0 active=0/256
  pwq 100: cpus=50 node=1 flags=0x0 nice=0 active=0/256
  pwq 98: cpus=49 node=1 flags=0x0 nice=0 active=0/256
  pwq 96: cpus=48 node=1 flags=0x0 nice=0 active=0/256
  pwq 94: cpus=47 node=1 flags=0x0 nice=0 active=0/256
  pwq 92: cpus=46 node=1 flags=0x0 nice=0 active=0/256
  pwq 90: cpus=45 node=1 flags=0x0 nice=0 active=0/256
  pwq 88: cpus=44 node=1 flags=0x0 nice=0 active=0/256
  pwq 86: cpus=43 node=1 flags=0x0 nice=0 active=0/256
  pwq 84: cpus=42 node=1 flags=0x0 nice=0 active=0/256
  pwq 82: cpus=41 node=1 flags=0x0 nice=0 active=0/256
  pwq 80: cpus=40 node=1 flags=0x0 nice=0 active=0/256
  pwq 78: cpus=39 node=0 flags=0x0 nice=0 active=0/256
  pwq 76: cpus=38 node=0 flags=0x0 nice=0 active=0/256
  pwq 74: cpus=37 node=0 flags=0x0 nice=0 active=0/256
  pwq 72: cpus=36 node=0 flags=0x0 nice=0 active=0/256
  pwq 70: cpus=35 node=0 flags=0x0 nice=0 active=0/256
  pwq 68: cpus=34 node=0 flags=0x0 nice=0 active=0/256
  pwq 66: cpus=33 node=0 flags=0x0 nice=0 active=0/256
  pwq 64: cpus=32 node=0 flags=0x0 nice=0 active=0/256
  pwq 62: cpus=31 node=0 flags=0x0 nice=0 active=0/256
  pwq 60: cpus=30 node=0 flags=0x0 nice=0 active=0/256
  pwq 58:
 cpus=29 node=0 flags=0x0 nice=0 active=0/256
  pwq 56: cpus=28 node=0 flags=0x0 nice=0 active=0/256
  pwq 54: cpus=27 node=0 flags=0x0 nice=0 active=0/256
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  pwq 22: cpus=11 node=0 flags=0x0 nice=0 active=0/256
  pwq 20: cpus=10 node=0 flags=0x0 nice=0 active=0/256
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  pwq 14: cpus=7 node=0 flags=0x0 nice=0 active=0/256
  pwq 12: cpus=6 node=0 flags=0x0 nice=0 active=0/256
  pwq 10: cpus=5 node=0 flags=0x0 nice=0 active=0/256
  pwq 8:
 cpus=4 node=0 flags=0x0 nice=0 active=0/256
  pwq 6: cpus=3 node=0 flags=0x0 nice=0 active=0/256
  pwq 4: cpus=2 node=0 flags=0x0 nice=0 active=0/256
  pwq 2: cpus=1 node=0 flags=0x0 nice=0 active=0/256
  pwq 0: cpus=0 node=0 flags=0x0 nice=0 active=0/256
workqueue bioset: flags=0x8
  pwq 318: cpus=159 node=17 flags=0x0 nice=0 active=0/256
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 cpus=152 node=17 flags=0x0 nice=0 active=0/256
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 cpus=136 node=17 flags=0x0 nice=0 active=0/256
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 cpus=132 node=17 flags=0x0 nice=0 active=0/256
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  pwq 228:
 cpus=114 node=16 flags=0x0 nice=0 active=0/256
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  pwq 196:
 cpus=98 node=16 flags=0x0 nice=0 active=0/256
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  pwq 162:
 cpus=81 node=16 flags=0x0 nice=0 active=0/256
  pwq 160: cpus=80 node=16 flags=0x0 nice=0 active=0/256
  pwq 158: cpus=79 node=1 flags=0x0 nice=0 active=0/256
  pwq 156: cpus=78 node=1 flags=0x0 nice=0 active=0/256
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  pwq 126: cpus=63 node=1 flags=0x0 nice=0 active=0/256
  pwq 124: cpus=62 node=1 flags=0x0 nice=0 active=0/256
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  pwq 100: cpus=50 node=1 flags=0x0 nice=0 active=0/256
  pwq 98: cpus=49 node=1 flags=0x0 nice=0 active=0/256
  pwq 96: cpus=48 node=1 flags=0x0 nice=0 active=0/256
  pwq 94: cpus=47 node=1 flags=0x0 nice=0 active=0/256
  pwq 92:
 cpus=46 node=1 flags=0x0 nice=0 active=0/256
  pwq 90: cpus=45 node=1 flags=0x0 nice=0 active=0/256
  pwq 88: cpus=44 node=1 flags=0x0 nice=0 active=0/256
  pwq 86: cpus=43 node=1 flags=0x0 nice=0 active=0/256
  pwq 84: cpus=42 node=1 flags=0x0 nice=0 active=0/256
  pwq 82: cpus=41 node=1 flags=0x0 nice=0 active=0/256
  pwq 80: cpus=40 node=1 flags=0x0 nice=0 active=0/256
  pwq 78: cpus=39 node=0 flags=0x0 nice=0 active=0/256
  pwq 76: cpus=38 node=0 flags=0x0 nice=0 active=0/256
  pwq 74: cpus=37 node=0 flags=0x0 nice=0 active=0/256
  pwq 72: cpus=36 node=0 flags=0x0 nice=0 active=0/256
  pwq 70: cpus=35 node=0 flags=0x0 nice=0 active=0/256
  pwq 68: cpus=34 node=0 flags=0x0 nice=0 active=0/256
  pwq 66: cpus=33 node=0 flags=0x0 nice=0 active=0/256
  pwq 64: cpus=32 node=0 flags=0x0 nice=0 active=0/256
  pwq 62: cpus=31 node=0 flags=0x0 nice=0 active=0/256
  pwq 60: cpus=30 node=0 flags=0x0 nice=0 active=0/256
  pwq 58:
 cpus=29 node=0 flags=0x0 nice=0 active=0/256
  pwq 56: cpus=28 node=0 flags=0x0 nice=0 active=0/256
  pwq 54: cpus=27 node=0 flags=0x0 nice=0 active=0/256
  pwq 52: cpus=26 node=0 flags=0x0 nice=0 active=0/256
  pwq 50: cpus=25 node=0 flags=0x0 nice=0 active=0/256
  pwq 48: cpus=24 node=0 flags=0x0 nice=0 active=0/256
  pwq 46: cpus=23 node=0 flags=0x0 nice=0 active=0/256
  pwq 44: cpus=22 node=0 flags=0x0 nice=0 active=0/256
  pwq 42: cpus=21 node=0 flags=0x0 nice=0 active=0/256
  pwq 40: cpus=20 node=0 flags=0x0 nice=0 active=0/256
  pwq 38: cpus=19 node=0 flags=0x0 nice=0 active=0/256
  pwq 36: cpus=18 node=0 flags=0x0 nice=0 active=0/256
  pwq 34: cpus=17 node=0 flags=0x0 nice=0 active=0/256
  pwq 32: cpus=16 node=0 flags=0x0 nice=0 active=0/256
  pwq 30: cpus=15 node=0 flags=0x0 nice=0 active=0/256
  pwq 28: cpus=14 node=0 flags=0x0 nice=0 active=0/256
  pwq 26: cpus=13 node=0 flags=0x0 nice=0 active=0/256
  pwq 24: cpus=12 node=0 flags=0x0 nice=0 active=0/256
  pwq 22: cpus=11 node=0 flags=0x0 nice=0 active=0/256
  pwq 20: cpus=10 node=0 flags=0x0 nice=0 active=0/256
  pwq 18: cpus=9 node=0 flags=0x0 nice=0 active=0/256
  pwq 16: cpus=8 node=0 flags=0x0 nice=0 active=0/256
  pwq 14: cpus=7 node=0 flags=0x0 nice=0 active=0/256
  pwq 12: cpus=6 node=0 flags=0x0 nice=0 active=0/256
  pwq 10: cpus=5 node=0 flags=0x0 nice=0 active=0/256
  pwq 8:
 cpus=4 node=0 flags=0x0 nice=0 active=0/256
  pwq 6: cpus=3 node=0 flags=0x0 nice=0 active=0/256
  pwq 4: cpus=2 node=0 flags=0x0 nice=0 active=0/256
  pwq 2: cpus=1 node=0 flags=0x0 nice=0 active=0/256
  pwq 0: cpus=0 node=0 flags=0x0 nice=0 active=0/256
workqueue bioset: flags=0x8
  pwq 318: cpus=159 node=17 flags=0x0 nice=0 active=0/256
  pwq 316: cpus=158 node=17 flags=0x0 nice=0 active=0/256
  pwq 314: cpus=157 node=17 flags=0x0 nice=0 active=0/256
  pwq 312: cpus=156 node=17 flags=0x0 nice=0 active=0/256
  pwq 310: cpus=155 node=17 flags=0x0 nice=0 active=0/256
  pwq 308: cpus=154 node=17 flags=0x0 nice=0 active=0/256
  pwq 306: cpus=153 node=17 flags=0x0 nice=0 active=0/256
  pwq 304: cpus=152 node=17 flags=0x0 nice=0 active=0/256
  pwq 302: cpus=151 node=17 flags=0x0 nice=0 active=0/256
  pwq 300: cpus=150 node=17 flags=0x0 nice=0 active=0/256
  pwq 298: cpus=149 node=17 flags=0x0 nice=0 active=0/256
  pwq 296: cpus=148 node=17 flags=0x0 nice=0 active=0/256
  pwq 294: cpus=147 node=17 flags=0x0 nice=0 active=0/256
  pwq 292: cpus=146 node=17 flags=0x0 nice=0 active=0/256
  pwq 290: cpus=145 node=17 flags=0x0 nice=0 active=0/256
  pwq 288: cpus=144 node=17 flags=0x0 nice=0 active=0/256
  pwq 286: cpus=143 node=17 flags=0x0 nice=0 active=0/256
  pwq 284: cpus=142 node=17 flags=0x0 nice=0 active=0/256
  pwq 282: cpus=141 node=17 flags=0x0 nice=0 active=0/256
  pwq 280: cpus=140 node=17 flags=0x0 nice=0 active=0/256
  pwq 278: cpus=139 node=17 flags=0x0 nice=0 active=0/256
  pwq 276: cpus=138 node=17 flags=0x0 nice=0 active=0/256
  pwq 274:
 cpus=137 node=17 flags=0x0 nice=0 active=0/256
  pwq 272: cpus=136 node=17 flags=0x0 nice=0 active=0/256
  pwq 270: cpus=135 node=17 flags=0x0 nice=0 active=0/256
  pwq 268: cpus=134 node=17 flags=0x0 nice=0 active=0/256
  pwq 266: cpus=133 node=17 flags=0x0 nice=0 active=0/256
  pwq 264: cpus=132 node=17 flags=0x0 nice=0 active=0/256
  pwq 262:
 cpus=131 node=17 flags=0x0 nice=0 active=0/256
  pwq 260:
 cpus=130 node=17 flags=0x0 nice=0 active=0/256
  pwq 258: cpus=129 node=17 flags=0x0 nice=0 active=0/256
  pwq 256: cpus=128 node=17 flags=0x0 nice=0 active=0/256
  pwq 254: cpus=127 node=17 flags=0x0 nice=0 active=0/256
  pwq 252: cpus=126 node=17 flags=0x0 nice=0 active=0/256
  pwq 250: cpus=125 node=17 flags=0x0 nice=0 active=0/256
  pwq 248:
 cpus=124 node=17 flags=0x0 nice=0 active=0/256
  pwq 246: cpus=123 node=17 flags=0x0 nice=0 active=0/256
  pwq 244: cpus=122 node=17 flags=0x0 nice=0 active=0/256
  pwq 242:
 cpus=121 node=17 flags=0x0 nice=0 active=0/256
  pwq 240: cpus=120 node=17 flags=0x0 nice=0 active=0/256
  pwq 238: cpus=119 node=16 flags=0x0 nice=0 active=0/256
  pwq 236: cpus=118 node=16 flags=0x0 nice=0 active=0/256
  pwq 234: cpus=117 node=16 flags=0x0 nice=0 active=0/256
  pwq 232: cpus=116 node=16 flags=0x0 nice=0 active=0/256
  pwq 230: cpus=115 node=16 flags=0x0 nice=0 active=0/256
  pwq 228: cpus=114 node=16 flags=0x0 nice=0 active=0/256
  pwq 226: cpus=113 node=16 flags=0x0 nice=0 active=0/256
  pwq 224: cpus=112 node=16 flags=0x0 nice=0 active=0/256
  pwq 222: cpus=111 node=16 flags=0x0 nice=0 active=0/256
  pwq 220: cpus=110 node=16 flags=0x0 nice=0 active=0/256
  pwq 218: cpus=109 node=16 flags=0x0 nice=0 active=0/256
  pwq 216: cpus=108 node=16 flags=0x0 nice=0 active=0/256
  pwq 214: cpus=107 node=16 flags=0x0 nice=0 active=0/256
  pwq 212: cpus=106 node=16 flags=0x0 nice=0 active=0/256
  pwq 210: cpus=105 node=16 flags=0x0 nice=0 active=0/256
  pwq 208: cpus=104 node=16 flags=0x0 nice=0 active=0/256
  pwq 206: cpus=103 node=16 flags=0x0 nice=0 active=0/256
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  pwq 202: cpus=101 node=16 flags=0x0 nice=0 active=0/256
  pwq 200: cpus=100 node=16 flags=0x0 nice=0 active=0/256
  pwq 198: cpus=99 node=16 flags=0x0 nice=0 active=0/256
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  pwq 194: cpus=97 node=16 flags=0x0 nice=0 active=0/256
  pwq 192: cpus=96 node=16 flags=0x0 nice=0 active=0/256
  pwq 190: cpus=95 node=16 flags=0x0 nice=0 active=0/256
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  pwq 174:
 cpus=87 node=16 flags=0x0 nice=0 active=0/256
  pwq 172: cpus=86 node=16 flags=0x0 nice=0 active=0/256
  pwq 170: cpus=85 node=16 flags=0x0 nice=0 active=0/256
  pwq 168: cpus=84 node=16 flags=0x0 nice=0 active=0/256
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  pwq 160: cpus=80 node=16 flags=0x0 nice=0 active=0/256
  pwq 158: cpus=79 node=1 flags=0x0 nice=0 active=0/256
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  pwq 144: cpus=72 node=1 flags=0x0 nice=0 active=0/256
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  pwq 140:
 cpus=70 node=1 flags=0x0 nice=0 active=0/256
  pwq 138: cpus=69 node=1 flags=0x0 nice=0 active=0/256
  pwq 136: cpus=68 node=1 flags=0x0 nice=0 active=0/256
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  pwq 130: cpus=65 node=1 flags=0x0 nice=0 active=0/256
  pwq 128: cpus=64 node=1 flags=0x0 nice=0 active=0/256
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  pwq 124: cpus=62 node=1 flags=0x0 nice=0 active=0/256
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  pwq 120: cpus=60 node=1 flags=0x0 nice=0 active=0/256
  pwq 118:
 cpus=59 node=1 flags=0x0 nice=0 active=0/256
  pwq 116: cpus=58 node=1 flags=0x0 nice=0 active=0/256
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  pwq 112: cpus=56 node=1 flags=0x0 nice=0 active=0/256
  pwq 110: cpus=55 node=1 flags=0x0 nice=0 active=0/256
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  pwq 100: cpus=50 node=1 flags=0x0 nice=0 active=0/256
  pwq 98: cpus=49 node=1 flags=0x0 nice=0 active=0/256
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  pwq 70:
 cpus=35 node=0 flags=0x0 nice=0 active=0/256
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  pwq 188: cpus=94 node=16 flags=0x0 nice=0 active=0/256
  pwq 186:
 cpus=93 node=16 flags=0x0 nice=0 active=0/256
  pwq 184: cpus=92 node=16 flags=0x0 nice=0 active=0/256
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  pwq 162: cpus=81 node=16 flags=0x0 nice=0 active=0/256
  pwq 160: cpus=80 node=16 flags=0x0 nice=0 active=0/256
  pwq 158: cpus=79 node=1 flags=0x0 nice=0 active=0/256
  pwq 156: cpus=78 node=1 flags=0x0 nice=0 active=0/256
  pwq 154: cpus=77 node=1 flags=0x0 nice=0 active=0/256
  pwq 152: cpus=76 node=1 flags=0x0 nice=0 active=0/256
  pwq 150: cpus=75 node=1 flags=0x0 nice=0 active=0/256
  pwq 148: cpus=74 node=1 flags=0x0 nice=0 active=0/256
  pwq 146: cpus=73 node=1 flags=0x0 nice=0 active=0/256
  pwq 144: cpus=72 node=1 flags=0x0 nice=0 active=0/256
  pwq 142: cpus=71 node=1 flags=0x0 nice=0 active=0/256
  pwq 140: cpus=70 node=1 flags=0x0 nice=0 active=0/256
  pwq 138: cpus=69 node=1 flags=0x0 nice=0 active=0/256
  pwq 136: cpus=68 node=1 flags=0x0 nice=0 active=0/256
  pwq 134: cpus=67 node=1 flags=0x0 nice=0 active=0/256
  pwq 132: cpus=66 node=1 flags=0x0 nice=0 active=0/256
  pwq 130: cpus=65 node=1 flags=0x0 nice=0 active=0/256
  pwq 128: cpus=64 node=1 flags=0x0 nice=0 active=0/256
  pwq 126: cpus=63 node=1 flags=0x0 nice=0 active=0/256
  pwq 124: cpus=62 node=1 flags=0x0 nice=0 active=0/256
  pwq 122:
 cpus=61 node=1 flags=0x0 nice=0 active=0/256
  pwq 120: cpus=60 node=1 flags=0x0 nice=0 active=0/256
  pwq 118: cpus=59 node=1 flags=0x0 nice=0 active=0/256
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  pwq 112: cpus=56 node=1 flags=0x0 nice=0 active=0/256
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  pwq 108: cpus=54 node=1 flags=0x0 nice=0 active=0/256
  pwq 106: cpus=53 node=1 flags=0x0 nice=0 active=0/256
  pwq 104: cpus=52 node=1 flags=0x0 nice=0 active=0/256
  pwq 102: cpus=51 node=1 flags=0x0 nice=0 active=0/256
  pwq 100: cpus=50 node=1 flags=0x0 nice=0 active=0/256
  pwq 98: cpus=49 node=1 flags=0x0 nice=0 active=0/256
  pwq 96: cpus=48 node=1 flags=0x0 nice=0 active=0/256
  pwq 94: cpus=47 node=1 flags=0x0 nice=0 active=0/256
  pwq 92: cpus=46 node=1 flags=0x0 nice=0 active=0/256
  pwq 90: cpus=45 node=1 flags=0x0 nice=0 active=0/256
  pwq 88: cpus=44 node=1 flags=0x0 nice=0 active=0/256
  pwq 86: cpus=43 node=1 flags=0x0 nice=0 active=0/256
  pwq 84:
 cpus=42 node=1 flags=0x0 nice=0 active=0/256
  pwq 82: cpus=41 node=1 flags=0x0 nice=0 active=0/256
  pwq 80: cpus=40 node=1 flags=0x0 nice=0 active=0/256
  pwq 78: cpus=39 node=0 flags=0x0 nice=0 active=0/256
  pwq 76: cpus=38 node=0 flags=0x0 nice=0 active=0/256
  pwq 74: cpus=37 node=0 flags=0x0 nice=0 active=0/256
  pwq 72: cpus=36 node=0 flags=0x0 nice=0 active=0/256
  pwq 70: cpus=35 node=0 flags=0x0 nice=0 active=0/256
  pwq 68: cpus=34 node=0 flags=0x0 nice=0 active=0/256
  pwq 66: cpus=33 node=0 flags=0x0 nice=0 active=0/256
  pwq 64: cpus=32 node=0 flags=0x0 nice=0 active=0/256
  pwq 62: cpus=31 node=0 flags=0x0 nice=0 active=0/256
  pwq 60: cpus=30 node=0 flags=0x0 nice=0 active=0/256
  pwq 58: cpus=29 node=0 flags=0x0 nice=0 active=0/256
  pwq 56: cpus=28 node=0 flags=0x0 nice=0 active=0/256
  pwq 54: cpus=27 node=0 flags=0x0 nice=0 active=0/256
  pwq 52: cpus=26 node=0 flags=0x0 nice=0 active=0/256
  pwq 50: cpus=25 node=0 flags=0x0 nice=0 active=0/256
  pwq 48: cpus=24 node=0 flags=0x0 nice=0 active=0/256
  pwq 46: cpus=23 node=0 flags=0x0 nice=0 active=0/256
  pwq 44: cpus=22 node=0 flags=0x0 nice=0 active=0/256
  pwq 42: cpus=21 node=0 flags=0x0 nice=0 active=0/256
  pwq 40: cpus=20 node=0 flags=0x0 nice=0 active=0/256
  pwq 38: cpus=19 node=0 flags=0x0 nice=0 active=0/256
  pwq 36: cpus=18 node=0 flags=0x0 nice=0 active=0/256
  pwq 34: cpus=17 node=0 flags=0x0 nice=0 active=0/256
  pwq 32: cpus=16 node=0 flags=0x0 nice=0 active=0/256
  pwq 30: cpus=15 node=0 flags=0x0 nice=0 active=0/256
  pwq 28: cpus=14 node=0 flags=0x0 nice=0 active=0/256
  pwq 26: cpus=13 node=0 flags=0x0 nice=0 active=0/256
  pwq 24: cpus=12 node=0 flags=0x0 nice=0 active=0/256
  pwq 22: cpus=11 node=0 flags=0x0 nice=0 active=0/256
  pwq 20: cpus=10 node=0 flags=0x0 nice=0 active=0/256
  pwq 18: cpus=9 node=0 flags=0x0 nice=0 active=0/256
  pwq 16: cpus=8 node=0 flags=0x0 nice=0 active=0/256
  pwq 14: cpus=7 node=0 flags=0x0 nice=0 active=0/256
  pwq 12:
 cpus=6 node=0 flags=0x0 nice=0 active=0/256
  pwq 10:
 cpus=5 node=0 flags=0x0 nice=0 active=0/256
  pwq 8: cpus=4 node=0 flags=0x0 nice=0 active=0/256
  pwq 6: cpus=3 node=0 flags=0x0 nice=0 active=0/256
  pwq 4: cpus=2 node=0 flags=0x0 nice=0 active=0/256
  pwq 2: cpus=1 node=0 flags=0x0 nice=0 active=0/256
  pwq 0: cpus=0 node=0 flags=0x0 nice=0 active=0/256
workqueue bioset: flags=0x8
  pwq 318: cpus=159 node=17 flags=0x0 nice=0 active=0/256
  pwq 316: cpus=158 node=17 flags=0x0 nice=0 active=0/256
  pwq 314: cpus=157 node=17 flags=0x0 nice=0 active=0/256
  pwq 312: cpus=156 node=17 flags=0x0 nice=0 active=0/256
  pwq 310: cpus=155 node=17 flags=0x0 nice=0 active=0/256
  pwq 308:
 cpus=154 node=17 flags=0x0 nice=0 active=0/256
  pwq 306: cpus=153 node=17 flags=0x0 nice=0 active=0/256
  pwq 304: cpus=152 node=17 flags=0x0 nice=0 active=0/256
  pwq 302: cpus=151 node=17 flags=0x0 nice=0 active=0/256
  pwq 300:
 cpus=150 node=17 flags=0x0 nice=0 active=0/256
  pwq 298: cpus=149 node=17 flags=0x0 nice=0 active=0/256
  pwq 296: cpus=148 node=17 flags=0x0 nice=0 active=0/256
  pwq 294: cpus=147 node=17 flags=0x0 nice=0 active=0/256
  pwq 292: cpus=146 node=17 flags=0x0 nice=0 active=0/256
  pwq 290: cpus=145 node=17 flags=0x0 nice=0 active=0/256
  pwq 288: cpus=144 node=17 flags=0x0 nice=0 active=0/256
  pwq 286: cpus=143 node=17 flags=0x0 nice=0 active=0/256
  pwq 284: cpus=142 node=17 flags=0x0 nice=0 active=0/256
  pwq 282: cpus=141 node=17 flags=0x0 nice=0 active=0/256
  pwq 280: cpus=140 node=17 flags=0x0 nice=0 active=0/256
  pwq 278: cpus=139 node=17 flags=0x0 nice=0 active=0/256
  pwq 276: cpus=138 node=17 flags=0x0 nice=0 active=0/256
  pwq 274: cpus=137 node=17 flags=0x0 nice=0 active=0/256
  pwq 272: cpus=136 node=17 flags=0x0 nice=0 active=0/256
  pwq 270: cpus=135 node=17 flags=0x0 nice=0 active=0/256
  pwq 268: cpus=134 node=17 flags=0x0 nice=0 active=0/256
  pwq 266: cpus=133 node=17 flags=0x0 nice=0 active=0/256
  pwq 264: cpus=132 node=17 flags=0x0 nice=0 active=0/256
  pwq 262: cpus=131 node=17 flags=0x0 nice=0 active=0/256
  pwq 260: cpus=130 node=17 flags=0x0 nice=0 active=0/256
  pwq 258: cpus=129 node=17 flags=0x0 nice=0 active=0/256
  pwq 256: cpus=128 node=17 flags=0x0 nice=0 active=0/256
  pwq 254: cpus=127 node=17 flags=0x0 nice=0 active=0/256
  pwq 252: cpus=126 node=17 flags=0x0 nice=0 active=0/256
  pwq 250: cpus=125 node=17 flags=0x0 nice=0 active=0/256
  pwq 248: cpus=124 node=17 flags=0x0 nice=0 active=0/256
  pwq 246: cpus=123 node=17 flags=0x0 nice=0 active=0/256
  pwq 244: cpus=122 node=17 flags=0x0 nice=0 active=0/256
  pwq 242: cpus=121 node=17 flags=0x0 nice=0 active=0/256
  pwq 240: cpus=120 node=17 flags=0x0 nice=0 active=0/256
  pwq 238: cpus=119 node=16 flags=0x0 nice=0 active=0/256
  pwq 236: cpus=118 node=16 flags=0x0 nice=0 active=0/256
  pwq 234: cpus=117 node=16 flags=0x0 nice=0 active=0/256
  pwq 232:
 cpus=116 node=16 flags=0x0 nice=0 active=0/256
  pwq 230:
 cpus=115 node=16 flags=0x0 nice=0 active=0/256
  pwq 228: cpus=114 node=16 flags=0x0 nice=0 active=0/256
  pwq 226: cpus=113 node=16 flags=0x0 nice=0 active=0/256
  pwq 224: cpus=112 node=16 flags=0x0 nice=0 active=0/256
  pwq 222: cpus=111 node=16 flags=0x0 nice=0 active=0/256
  pwq 220:
 cpus=110 node=16 flags=0x0 nice=0 active=0/256
  pwq 218: cpus=109 node=16 flags=0x0 nice=0 active=0/256
  pwq 216: cpus=108 node=16 flags=0x0 nice=0 active=0/256
  pwq 214: cpus=107 node=16 flags=0x0 nice=0 active=0/256
  pwq 212: cpus=106 node=16 flags=0x0 nice=0 active=0/256
  pwq 210: cpus=105 node=16 flags=0x0 nice=0 active=0/256
  pwq 208: cpus=104 node=16 flags=0x0 nice=0 active=0/256
  pwq 206: cpus=103 node=16 flags=0x0 nice=0 active=0/256
  pwq 204: cpus=102 node=16 flags=0x0 nice=0 active=0/256
  pwq 202: cpus=101 node=16 flags=0x0 nice=0 active=0/256
  pwq 200: cpus=100 node=16 flags=0x0 nice=0 active=0/256
  pwq 198: cpus=99 node=16 flags=0x0 nice=0 active=0/256
  pwq 196: cpus=98 node=16 flags=0x0 nice=0 active=0/256
  pwq 194: cpus=97 node=16 flags=0x0 nice=0 active=0/256
  pwq 192: cpus=96 node=16 flags=0x0 nice=0 active=0/256
  pwq 190: cpus=95 node=16 flags=0x0 nice=0 active=0/256
  pwq 188: cpus=94 node=16 flags=0x0 nice=0 active=0/256
  pwq 186:
 cpus=93 node=16 flags=0x0 nice=0 active=0/256
  pwq 184: cpus=92 node=16 flags=0x0 nice=0 active=0/256
  pwq 182: cpus=91 node=16 flags=0x0 nice=0 active=0/256
  pwq 180: cpus=90 node=16 flags=0x0 nice=0 active=0/256
  pwq 178: cpus=89 node=16 flags=0x0 nice=0 active=0/256
  pwq 176: cpus=88 node=16 flags=0x0 nice=0 active=0/256
  pwq 174: cpus=87 node=16 flags=0x0 nice=0 active=0/256
  pwq 172: cpus=86 node=16 flags=0x0 nice=0 active=0/256
  pwq 170: cpus=85 node=16 flags=0x0 nice=0 active=0/256
  pwq 168: cpus=84 node=16 flags=0x0 nice=0 active=0/256
  pwq 166: cpus=83 node=16 flags=0x0 nice=0 active=0/256
  pwq 164: cpus=82 node=16 flags=0x0 nice=0 active=0/256
  pwq 162: cpus=81 node=16 flags=0x0 nice=0 active=0/256
  pwq 160: cpus=80 node=16 flags=0x0 nice=0 active=0/256
  pwq 158: cpus=79 node=1 flags=0x0 nice=0 active=0/256
  pwq 156: cpus=78 node=1 flags=0x0 nice=0 active=0/256
  pwq 154: cpus=77 node=1 flags=0x0 nice=0 active=0/256
  pwq 152: cpus=76 node=1 flags=0x0 nice=0 active=0/256
  pwq 150: cpus=75 node=1 flags=0x0 nice=0 active=0/256
  pwq 148: cpus=74 node=1 flags=0x0 nice=0 active=0/256
  pwq 146: cpus=73 node=1 flags=0x0 nice=0 active=0/256
  pwq 144: cpus=72 node=1 flags=0x0 nice=0 active=0/256
  pwq 142: cpus=71 node=1 flags=0x0 nice=0 active=0/256
  pwq 140: cpus=70 node=1 flags=0x0 nice=0 active=0/256
  pwq 138: cpus=69 node=1 flags=0x0 nice=0 active=0/256
  pwq 136: cpus=68 node=1 flags=0x0 nice=0 active=0/256
  pwq 134: cpus=67 node=1 flags=0x0 nice=0 active=0/256
  pwq 132: cpus=66 node=1 flags=0x0 nice=0 active=0/256
  pwq 130:
 cpus=65 node=1 flags=0x0 nice=0 active=0/256
  pwq 128: cpus=64 node=1 flags=0x0 nice=0 active=0/256
  pwq 126: cpus=63 node=1 flags=0x0 nice=0 active=0/256
  pwq 124: cpus=62 node=1 flags=0x0 nice=0 active=0/256
  pwq 122: cpus=61 node=1 flags=0x0 nice=0 active=0/256
  pwq 120: cpus=60 node=1 flags=0x0 nice=0 active=0/256
  pwq 118: cpus=59 node=1 flags=0x0 nice=0 active=0/256
  pwq 116: cpus=58 node=1 flags=0x0 nice=0 active=0/256
  pwq 114: cpus=57 node=1 flags=0x0 nice=0 active=0/256
  pwq 112: cpus=56 node=1 flags=0x0 nice=0 active=0/256
  pwq 110: cpus=55 node=1 flags=0x0 nice=0 active=0/256
  pwq 108: cpus=54 node=1 flags=0x0 nice=0 active=0/256
  pwq 106: cpus=53 node=1 flags=0x0 nice=0 active=0/256
  pwq 104: cpus=52 node=1 flags=0x0 nice=0 active=0/256
  pwq 102: cpus=51 node=1 flags=0x0 nice=0 active=0/256
  pwq 100: cpus=50 node=1 flags=0x0 nice=0 active=0/256
  pwq 98: cpus=49 node=1 flags=0x0 nice=0 active=0/256
  pwq 96: cpus=48 node=1 flags=0x0 nice=0 active=0/256
  pwq 94: cpus=47 node=1 flags=0x0 nice=0 active=0/256
  pwq 92: cpus=46 node=1 flags=0x0 nice=0 active=0/256
  pwq 90: cpus=45 node=1 flags=0x0 nice=0 active=0/256
  pwq 88: cpus=44 node=1 flags=0x0 nice=0 active=0/256
  pwq 86: cpus=43 node=1 flags=0x0 nice=0 active=0/256
  pwq 84: cpus=42 node=1 flags=0x0 nice=0 active=0/256
  pwq 82: cpus=41 node=1 flags=0x0 nice=0 active=0/256
  pwq 80: cpus=40 node=1 flags=0x0 nice=0 active=0/256
  pwq 78: cpus=39 node=0 flags=0x0 nice=0 active=0/256
  pwq 76: cpus=38 node=0 flags=0x0 nice=0 active=0/256
  pwq 74: cpus=37 node=0 flags=0x0 nice=0 active=0/256
  pwq 72: cpus=36 node=0 flags=0x0 nice=0 active=0/256
  pwq 70: cpus=35 node=0 flags=0x0 nice=0 active=0/256
  pwq 68: cpus=34 node=0 flags=0x0 nice=0 active=0/256
  pwq 66: cpus=33 node=0 flags=0x0 nice=0 active=0/256
  pwq 64: cpus=32 node=0 flags=0x0 nice=0 active=0/256
  pwq 62:
 cpus=31 node=0 flags=0x0 nice=0 active=0/256
  pwq 60: cpus=30 node=0 flags=0x0 nice=0 active=0/256
  pwq 58: cpus=29 node=0 flags=0x0 nice=0 active=0/256
  pwq 56: cpus=28 node=0 flags=0x0 nice=0 active=0/256
  pwq 54: cpus=27 node=0 flags=0x0 nice=0 active=0/256
  pwq 52:
 cpus=26 node=0 flags=0x0 nice=0 active=0/256
  pwq 50: cpus=25 node=0 flags=0x0 nice=0 active=0/256
  pwq 48: cpus=24 node=0 flags=0x0 nice=0 active=0/256
  pwq 46: cpus=23 node=0 flags=0x0 nice=0 active=0/256
  pwq 44: cpus=22 node=0 flags=0x0 nice=0 active=0/256
  pwq 42: cpus=21 node=0 flags=0x0 nice=0 active=0/256
  pwq 40: cpus=20 node=0 flags=0x0 nice=0 active=0/256
  pwq 38: cpus=19 node=0 flags=0x0 nice=0 active=0/256
  pwq 36: cpus=18 node=0 flags=0x0 nice=0 active=0/256
  pwq 34: cpus=17 node=0 flags=0x0 nice=0 active=0/256
  pwq 32: cpus=16 node=0 flags=0x0 nice=0 active=0/256
  pwq 30: cpus=15 node=0 flags=0x0 nice=0 active=0/256
  pwq 28: cpus=14 node=0 flags=0x0 nice=0 active=0/256
  pwq 26:
 cpus=13 node=0 flags=0x0 nice=0 active=0/256
  pwq 24:
 cpus=12 node=0 flags=0x0 nice=0 active=0/256
  pwq 22: cpus=11 node=0 flags=0x0 nice=0 active=0/256
  pwq 20: cpus=10 node=0 flags=0x0 nice=0 active=0/256
  pwq 18: cpus=9 node=0 flags=0x0 nice=0 active=0/256
  pwq 16: cpus=8 node=0 flags=0x0 nice=0 active=0/256
  pwq 14: cpus=7 node=0 flags=0x0 nice=0 active=0/256
  pwq 12: cpus=6 node=0 flags=0x0 nice=0 active=0/256
  pwq 10: cpus=5 node=0 flags=0x0 nice=0 active=0/256
  pwq 8: cpus=4 node=0 flags=0x0 nice=0 active=0/256
  pwq 6: cpus=3 node=0 flags=0x0 nice=0 active=0/256
  pwq 4: cpus=2 node=0 flags=0x0 nice=0 active=0/256
  pwq 2: cpus=1 node=0 flags=0x0 nice=0 active=0/256
  pwq 0: cpus=0 node=0 flags=0x0 nice=0 active=0/256
workqueue bioset: flags=0x8
  pwq 318: cpus=159 node=17 flags=0x0 nice=0 active=0/256
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 cpus=156 node=17 flags=0x0 nice=0 active=0/256
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 cpus=139 node=17 flags=0x0 nice=0 active=0/256
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 cpus=138 node=17 flags=0x0 nice=0 active=0/256
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 cpus=108 node=16 flags=0x0 nice=0 active=0/256
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 cpus=93 node=16 flags=0x0 nice=0 active=0/256
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 cpus=72 node=1 flags=0x0 nice=0 active=0/256
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 cpus=71 node=1 flags=0x0 nice=0 active=0/256
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  pwq 110:
 cpus=55 node=1 flags=0x0 nice=0 active=0/256
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  pwq 54: cpus=27 node=0 flags=0x0 nice=0 active=0/256
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  pwq 44: cpus=22 node=0 flags=0x0 nice=0 active=0/256
  pwq 42: cpus=21 node=0 flags=0x0 nice=0 active=0/256
  pwq 40:
 cpus=20 node=0 flags=0x0 nice=0 active=0/256
  pwq 38: cpus=19 node=0 flags=0x0 nice=0 active=0/256
  pwq 36: cpus=18 node=0 flags=0x0 nice=0 active=0/256
  pwq 34: cpus=17 node=0 flags=0x0 nice=0 active=0/256
  pwq 32: cpus=16 node=0 flags=0x0 nice=0 active=0/256
  pwq 30: cpus=15 node=0 flags=0x0 nice=0 active=0/256
  pwq 28: cpus=14 node=0 flags=0x0 nice=0 active=0/256
  pwq 26: cpus=13 node=0 flags=0x0 nice=0 active=0/256
  pwq 24: cpus=12 node=0 flags=0x0 nice=0 active=0/256
  pwq 22: cpus=11 node=0 flags=0x0 nice=0 active=0/256
  pwq 20: cpus=10 node=0 flags=0x0 nice=0 active=0/256
  pwq 18: cpus=9 node=0 flags=0x0 nice=0 active=0/256
  pwq 16: cpus=8 node=0 flags=0x0 nice=0 active=0/256
  pwq 14: cpus=7 node=0 flags=0x0 nice=0 active=0/256
  pwq 12: cpus=6 node=0 flags=0x0 nice=0 active=0/256
  pwq 10: cpus=5 node=0 flags=0x0 nice=0 active=0/256
  pwq 8: cpus=4 node=0 flags=0x0 nice=0 active=0/256
  pwq 6: cpus=3 node=0 flags=0x0 nice=0 active=0/256
  pwq 4:
 cpus=2 node=0 flags=0x0 nice=0 active=0/256
  pwq 2: cpus=1 node=0 flags=0x0 nice=0 active=0/256
  pwq 0: cpus=0 node=0 flags=0x0 nice=0 active=0/256
workqueue bioset: flags=0x8
  pwq 318: cpus=159 node=17 flags=0x0 nice=0 active=0/256
  pwq 316: cpus=158 node=17 flags=0x0 nice=0 active=0/256
  pwq 314: cpus=157 node=17 flags=0x0 nice=0 active=0/256
  pwq 312: cpus=156 node=17 flags=0x0 nice=0 active=0/256
  pwq 310: cpus=155 node=17 flags=0x0 nice=0 active=0/256
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  pwq 290: cpus=145 node=17 flags=0x0 nice=0 active=0/256
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  pwq 282: cpus=141 node=17 flags=0x0 nice=0 active=0/256
  pwq 280: cpus=140 node=17 flags=0x0 nice=0 active=0/256
  pwq 278: cpus=139 node=17 flags=0x0 nice=0 active=0/256
  pwq 276: cpus=138 node=17 flags=0x0 nice=0 active=0/256
  pwq 274:
 cpus=137 node=17 flags=0x0 nice=0 active=0/256
  pwq 272: cpus=136 node=17 flags=0x0 nice=0 active=0/256
  pwq 270: cpus=135 node=17 flags=0x0 nice=0 active=0/256
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  pwq 266: cpus=133 node=17 flags=0x0 nice=0 active=0/256
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  pwq 258: cpus=129 node=17 flags=0x0 nice=0 active=0/256
  pwq 256: cpus=128 node=17 flags=0x0 nice=0 active=0/256
  pwq 254: cpus=127 node=17 flags=0x0 nice=0 active=0/256
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  pwq 228: cpus=114 node=16 flags=0x0 nice=0 active=0/256
  pwq 226: cpus=113 node=16 flags=0x0 nice=0 active=0/256
  pwq 224:
 cpus=112 node=16 flags=0x0 nice=0 active=0/256
  pwq 222: cpus=111 node=16 flags=0x0 nice=0 active=0/256
  pwq 220: cpus=110 node=16 flags=0x0 nice=0 active=0/256
  pwq 218: cpus=109 node=16 flags=0x0 nice=0 active=0/256
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  pwq 214: cpus=107 node=16 flags=0x0 nice=0 active=0/256
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  pwq 210: cpus=105 node=16 flags=0x0 nice=0 active=0/256
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  pwq 202: cpus=101 node=16 flags=0x0 nice=0 active=0/256
  pwq 200: cpus=100 node=16 flags=0x0 nice=0 active=0/256
  pwq 198: cpus=99 node=16 flags=0x0 nice=0 active=0/256
  pwq 196:
 cpus=98 node=16 flags=0x0 nice=0 active=0/256
  pwq 194: cpus=97 node=16 flags=0x0 nice=0 active=0/256
  pwq 192: cpus=96 node=16 flags=0x0 nice=0 active=0/256
  pwq 190:
 cpus=95 node=16 flags=0x0 nice=0 active=0/256
  pwq 188: cpus=94 node=16 flags=0x0 nice=0 active=0/256
  pwq 186: cpus=93 node=16 flags=0x0 nice=0 active=0/256
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  pwq 174: cpus=87 node=16 flags=0x0 nice=0 active=0/256
  pwq 172: cpus=86 node=16 flags=0x0 nice=0 active=0/256
  pwq 170: cpus=85 node=16 flags=0x0 nice=0 active=0/256
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  pwq 162: cpus=81 node=16 flags=0x0 nice=0 active=0/256
  pwq 160: cpus=80 node=16 flags=0x0 nice=0 active=0/256
  pwq 158: cpus=79 node=1 flags=0x0 nice=0 active=0/256
  pwq 156: cpus=78 node=1 flags=0x0 nice=0 active=0/256
  pwq 154: cpus=77 node=1 flags=0x0 nice=0 active=0/256
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  pwq 124: cpus=62 node=1 flags=0x0 nice=0 active=0/256
  pwq 122:
 cpus=61 node=1 flags=0x0 nice=0 active=0/256
  pwq 120:
 cpus=60 node=1 flags=0x0 nice=0 active=0/256
  pwq 118: cpus=59 node=1 flags=0x0 nice=0 active=0/256
  pwq 116: cpus=58 node=1 flags=0x0 nice=0 active=0/256
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  pwq 106: cpus=53 node=1 flags=0x0 nice=0 active=0/256
  pwq 104: cpus=52 node=1 flags=0x0 n  pwq 286: cpus=143 node=17 flags=0x0 nice=0 active=0/256
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  pwq 274: cpus=137 node=17 flags=0x0 nice=0 active=0/256
  pwq 272: cpus=136 node=17 flags=0x0 nice=0 active=0/256
  pwq 270:
 cpus=135 node=17 flags=0x0 nice=0 active=0/256
  pwq 268: cpus=134 node=17 flags=0x0 nice=0 active=0/256
  pwq 266:
 cpus=133 node=17 flags=0x0 nice=0 active=0/256
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  pwq 262: cpus=131 node=17 flags=0x0 nice=0 active=0/256
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 cpus=118 node=16 flags=0x0 nice=0 active=0/256
  pwq 234:
 cpus=117 node=16 flags=0x0 nice=0 active=0/256
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 cpus=110 node=16 flags=0x0 nice=0 active=0/256
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  pwq 170:
 cpus=85 node=16 flags=0x0 nice=0 active=0/256
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  pwq 136:
 cpus=68 node=1 flags=0x0 nice=0 active=0/256
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  pwq 66:
 cpus=33 node=0 flags=0x0 nice=0 active=0/256
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  pwq 24: cpus=12 node=0 flags=0x0 nice=0 active=0/256
  pwq 22: cpus=11 node=0 flags=0x0 nice=0 active=0/256
  pwq 20: cpus=10 node=0 flags=0x0 nice=0 active=0/256
  pwq 18: cpus=9 node=0 flags=0x0 nice=0 active=0/256
  pwq 16: cpus=8 node=0 flags=0x0 nice=0 active=0/256
  pwq 14: cpus=7 node=0 flags=0x0 nice=0 active=0/256
  pwq 12: cpus=6 node=0 flags=0x0 nice=0 active=0/256
  pwq 10:
 cpus=5 node=0 flags=0x0 nice=0 active=0/256
  pwq 8: cpus=4 node=0 flags=0x0 nice=0 active=0/256
  pwq 6: cpus=3 node=0 flags=0x0 nice=0 active=0/256
  pwq 4: cpus=2 node=0 flags=0x0 nice=0 active=0/256
  pwq 2: cpus=1 node=0 flags=0x0 nice=0 active=0/256
  pwq 0: cpus=0 node=0 flags=0x0 nice=0 active=0/256
workqueue bioset: flags=0x8
  pwq 318: cpus=159 node=17 flags=0x0 nice=0 active=0/256
  pwq 316: cpus=158 node=17 flags=0x0 nice=0 active=0/256
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  pwq 282:
 cpus=141 node=17 flags=0x0 nice=0 active=0/256
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  pwq 264:
 cpus=132 node=17 flags=0x0 nice=0 active=0/256
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  pwq 232: cpus=116 node=16 flags=0x0 nice=0 active=0/256
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  pwq 222: cpus=111 node=16 flags=0x0 nice=0 active=0/256
  pwq 220: cpus=110 node=16 flags=0x0 nice=0 active=0/256
  pwq 218: cpus=109 node=16 flags=0x0 nice=0 active=0/256
  pwq 216:
 cpus=108 node=16 flags=0x0 nice=0 active=0/256
  pwq 214: cpus=107 node=16 flags=0x0 nice=0 active=0/256
  pwq 212: cpus=106 node=16 flags=0x0 nice=0 active=0/256
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  pwq 182:
 cpus=91 node=16 flags=0x0 nice=0 active=0/256
  pwq 180: cpus=90 node=16 flags=0x0 nice=0 active=0/256
  pwq 178: cpus=89 node=16 flags=0x0 nice=0 active=0/256
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  pwq 172: cpus=86 node=16 flags=0x0 nice=0 active=0/256
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  pwq 166: cpus=83 node=16 flags=0x0 nice=0 active=0/256
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  pwq 162: cpus=81 node=16 flags=0x0 nice=0 active=0/256
  pwq 160: cpus=80 node=16 flags=0x0 nice=0 active=0/256
  pwq 158: cpus=79 node=1 flags=0x0 nice=0 active=0/256
  pwq 156: cpus=78 node=1 flags=0x0 nice=0 active=0/256
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  pwq 144: cpus=72 node=1 flags=0x0 nice=0 active=0/256
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  pwq 140: cpus=70 node=1 flags=0x0 nice=0 active=0/256
  pwq 138: cpus=69 node=1 flags=0x0 nice=0 active=0/256
  pwq 136: cpus=68 node=1 flags=0x0 nice=0 active=0/256
  pwq 134: cpus=67 node=1 flags=0x0 nice=0 active=0/256
  pwq 132: cpus=66 node=1 flags=0x0 nice=0 active=0/256
  pwq 130: cpus=65 node=1 flags=0x0 nice=0 active=0/256
  pwq 128: cpus=64 node=1 flags=0x0 nice=0 active=0/256
  pwq 126: cpus=63 node=1 flags=0x0 nice=0 active=0/256
  pwq 124: cpus=62 node=1 flags=0x0 nice=0 active=0/256
  pwq 122: cpus=61 node=1 flags=0x0 nice=0 active=0/256
  pwq 120: cpus=60 node=1 flags=0x0 nice=0 active=0/256
  pwq 118: cpus=59 node=1 flags=0x0 nice=0 active=0/256
  pwq 116: cpus=58 node=1 flags=0x0 nice=0 active=0/256
  pwq 114:
 cpus=57 node=1 flags=0x0 nice=0 active=0/256
  pwq 112:
 cpus=56 node=1 flags=0x0 nice=0 active=0/256
  pwq 110: cpus=55 node=1 flags=0x0 nice=0 active=0/256
  pwq 108: cpus=54 node=1 flags=0x0 nice=0 active=0/256
  pwq 106: cpus=53 node=1 flags=0x0 nice=0 active=0/256
  pwq 104: cpus=52 node=1 flags=0x0 nice=0 active=0/256
  pwq 102: cpus=51 node=1 flags=0x0 nice=0 active=0/256
  pwq 100: cpus=50 node=1 flags=0x0 nice=0 active=0/256
  pwq 98: cpus=49 node=1 flags=0x0 nice=0 active=0/256
  pwq 96: cpus=48 node=1 flags=0x0 nice=0 active=0/256
  pwq 94: cpus=47 node=1 flags=0x0 nice=0 active=0/256
  pwq 92: cpus=46 node=1 flags=0x0 nice=0 active=0/256
  pwq 90: cpus=45 node=1 flags=0x0 nice=0 active=0/256
  pwq 88: cpus=44 node=1 flags=0x0 nice=0 active=0/256
  pwq 86: cpus=43 node=1 flags=0x0 nice=0 active=0/256
  pwq 84: cpus=42 node=1 flags=0x0 nice=0 active=0/256
  pwq 82: cpus=41 node=1 flags=0x0 nice=0 active=0/256
  pwq 80: cpus=40 node=1 flags=0x0 nice=0 active=0/256
  pwq 78:
 cpus=39 node=0 flags=0x0 nice=0 active=0/256
  pwq 76: cpus=38 node=0 flags=0x0 nice=0 active=0/256
  pwq 74: cpus=37 node=0 flags=0x0 nice=0 active=0/256
  pwq 72: cpus=36 node=0 flags=0x0 nice=0 active=0/256
  pwq 70: cpus=35 node=0 flags=0x0 nice=0 active=0/256
  pwq 68: cpus=34 node=0 flags=0x0 nice=0 active=0/256
  pwq 66: cpus=33 node=0 flags=0x0 nice=0 active=0/256
  pwq 64: cpus=32 node=0 flags=0x0 nice=0 active=0/256
  pwq 62: cpus=31 node=0 flags=0x0 nice=0 active=0/256
  pwq 60: cpus=30 node=0 flags=0x0 nice=0 active=0/256
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  pwq 56: cpus=28 node=0 flags=0x0 nice=0 active=0/256
  pwq 54: cpus=27 node=0 flags=0x0 nice=0 active=0/256
  pwq 52: cpus=26 node=0 flags=0x0 nice=0 active=0/256
  pwq 50: cpus=25 node=0 flags=0x0 nice=0 active=0/256
  pwq 48: cpus=24 node=0 flags=0x0 nice=0 active=0/256
  pwq 46: cpus=23 node=0 flags=0x0 nice=0 active=0/256
  pwq 44:
 cpus=22 node=0 flags=0x0 nice=0 active=0/256
  pwq 42: cpus=21 node=0 flags=0x0 nice=0 active=0/256
  pwq 40: cpus=20 node=0 flags=0x0 nice=0 active=0/256
  pwq 38: cpus=19 node=0 flags=0x0 nice=0 active=0/256
  pwq 36: cpus=18 node=0 flags=0x0 nice=0 active=0/256
  pwq 34: cpus=17 node=0 flags=0x0 nice=0 active=0/256
  pwq 32: cpus=16 node=0 flags=0x0 nice=0 active=0/256
  pwq 30: cpus=15 node=0 flags=0x0 nice=0 active=0/256
  pwq 28: cpus=14 node=0 flags=0x0 nice=0 active=0/256
  pwq 26: cpus=13 node=0 flags=0x0 nice=0 active=0/256
  pwq 24:
 cpus=12 node=0 flags=0x0 nice=0 active=0/256
  pwq 22: cpus=11 node=0 flags=0x0 nice=0 active=0/256
  pwq 20: cpus=10 node=0 flags=0x0 nice=0 active=0/256
  pwq 18: cpus=9 node=0 flags=0x0 nice=0 active=0/256
  pwq 16: cpus=8 node=0 flags=0x0 nice=0 active=0/256
  pwq 14: cpus=7 node=0 flags=0x0 nice=0 active=0/256
  pwq 12: cpus=6 node=0 flags=0x0 nice=0 active=0/256
  pwq 10: cpus=5 node=0 flags=0x0 nice=0 active=0/256
  pwq 8:
 cpus=4 node=0 flags=0x0 nice=0 active=0/256
  pwq 6: cpus=3 node=0 flags=0x0 nice=0 active=0/256
  pwq 4: cpus=2 node=0 flags=0x0 nice=0 active=0/256
  pwq 2: cpus=1 node=0 flags=0x0 nice=0 active=0/256
  pwq 0: cpus=0 node=0 flags=0x0 nice=0 active=0/256
workqueue bioset: flags=0x8
  pwq 318: cpus=159 node=17 flags=0x0 nice=0 active=0/256
  pwq 316: cpus=158 node=17 flags=0x0 nice=0 active=0/256
  pwq 314: cpus=157 node=17 flags=0x0 nice=0 active=0/256
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 cpus=131 node=17 flags=0x0 nice=0 active=0/256
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 cpus=116 node=16 flags=0x0 nice=0 active=0/256
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 cpus=114 node=16 flags=0x0 nice=0 active=0/256
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 cpus=97 node=16 flags=0x0 nice=0 active=0/256
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 cpus=90 node=16 flags=0x0 nice=0 active=0/256
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 cpus=81 node=16 flags=0x0 nice=0 active=0/256
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 cpus=46 node=1 flags=0x0 nice=0 active=0/256
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 cpus=35 node=0 flags=0x0 nice=0 active=0/256
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 cpus=28 node=0 flags=0x0 nice=0 active=0/256
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  pwq 24: cpus=12 node=0 flags=0x0 nice=0 active=0/256
  pwq 22:
 cpus=11 node=0 flags=0x0 nice=0 active=0/256
  pwq 20: cpus=10 node=0 flags=0x0 nice=0 active=0/256
  pwq 18: cpus=9 node=0 flags=0x0 nice=0 active=0/256
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  pwq 14:
 cpus=7 node=0 flags=0x0 nice=0 active=0/256
  pwq 12: cpus=6 node=0 flags=0x0 nice=0 active=0/256
  pwq 10: cpus=5 node=0 flags=0x0 nice=0 active=0/256
  pwq 8: cpus=4 node=0 flags=0x0 nice=0 active=0/256
  pwq 6: cpus=3 node=0 flags=0x0 nice=0 active=0/256
  pwq 4: cpus=2 node=0 flags=0x0 nice=0 active=0/256
  pwq 2: cpus=1 node=0 flags=0x0 nice=0 active=0/256
  pwq 0: cpus=0 node=0 flags=0x0 nice=0 active=0/256
workqueue bioset: flags=0x8
  pwq 318: cpus=159 node=17 flags=0x0 nice=0 active=0/256
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  pwq 274:
 cpus=137 node=17 flags=0x0 nice=0 active=0/256
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  pwq 240:
 cpus=120 node=17 flags=0x0 nice=0 active=0/256
  pwq 238:
 cpus=119 node=16 flags=0x0 nice=0 active=0/256
  pwq 236: cpus=118 node=16 flags=0x0 nice=0 active=0/256
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  pwq 226:
 cpus=113 node=16 flags=0x0 nice=0 active=0/256
  pwq 224: cpus=112 node=16 flags=0x0 nice=0 active=0/256
  pwq 222: cpus=111 node=16 flags=0x0 nice=0 active=0/256
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  pwq 180:
 cpus=90 node=16 flags=0x0 nice=0 active=0/256
  pwq 178: cpus=89 node=16 flags=0x0 nice=0 active=0/256
  pwq 176: cpus=88 node=16 flags=0x0 nice=0 active=0/256
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  pwq 160: cpus=80 node=16 flags=0x0 nice=0 active=0/256
  pwq 158: cpus=79 node=1 flags=0x0 nice=0 active=0/256
  pwq 156: cpus=78 node=1 flags=0x0 nice=0 ac active=0/256
  pwq 16: cpus=8 node=0 flags=0x0 nice=0 active=0/256
  pwq 14: cpus=7 node=0 flags=0x0 nice=0 active=0/256
  pwq 12: cpus=6 node=0 flags=0x0 nice=0 active=0/256
  pwq 10:
 cpus=5 node=0 flags=0x0 nice=0 active=0/256
  pwq 8: cpus=4 node=0 flags=0x0 nice=0 active=0/256
  pwq 6: cpus=3 node=0 flags=0x0 nice=0 active=0/256
  pwq 4: cpus=2 node=0 flags=0x0 nice=0 active=0/256
  pwq 2: cpus=1 node=0 flags=0x0 nice=0 active=0/256
  pwq 0: cpus=0 node=0 flags=0x0 nice=0 active=0/256
workqueue bioset: flags=0x8
  pwq 318: cpus=159 node=17 flags=0x0 nice=0 active=0/256
  pwq 316: cpus=158 node=17 flags=0x0 nice=0 active=0/256
  pwq 314: cpus=157 node=17 flags=0x0 nice=0 active=0/256
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 cpus=143 node=17 flags=0x0 nice=0 active=0/256
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  pwq 240:
 cpus=120 node=17 flags=0x0 nice=0 active=0/256
  pwq 238: cpus=119 node=16 flags=0x0 nice=0 active=0/256
  pwq 236: cpus=118 node=16 flags=0x0 nice=0 active=0/256
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  pwq 186:
 cpus=93 node=16 flags=0x0 nice=0 active=0/256
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  pwq 164:
 cpus=82 node=16 flags=0x0 nice=0 active=0/256
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  pwq 120:
 cpus=60 node=1 flags=0x0 nice=0 active=0/256
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 cpus=42 node=1 flags=0x0 nice=0 active=0/256
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  pwq 12:
 cpus=6 node=0 flags=0x0 nice=0 active=0/256
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  pwq 8:
 cpus=4 node=0 flags=0x0 nice=0 active=0/256
  pwq 6: cpus=3 node=0 flags=0x0 nice=0 active=0/256
  pwq 4: cpus=2 node=0 flags=0x0 nice=0 active=0/256
  pwq 2:
 cpus=1 node=0 flags=0x0 nice=0 active=0/256
  pwq 0: cpus=0 node=0 flags=0x0 nice=0 active=0/256
workqueue bioset: flags=0x8
  pwq 318: cpus=159 node=17 flags=0x0 nice=0 active=0/256
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 cpus=150 node=17 flags=0x0 nice=0 active=0/256
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 cpus=116 node=16 flags=0x0 nice=0 active=0/256
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  pwq 196:
 cpus=98 node=16 flags=0x0 nice=0 active=0/256
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  pwq 192: cpus=96 node=16 flags=0x0 nice=0 active=0/256
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  pwq 184:
 cpus=92 node=16 flags=0x0 nice=0 active=0/256
  pwq 182: cpus=91 node=16 flags=0x0 nice=0 active=0/256
  pwq 180: cpus=90 node=16 flags=0x0 nice=0 active=0/256
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  pwq 162: cpus=81 node=16 flags=0x0 nice=0 active=0/256
  pwq 160: cpus=80 node=16 flags=0x0 nice=0 active=0/256
  pwq 158: cpus=79 node=1 flags=0x0 nice=0 active=0/256
  pwq 156: cpus=78 node=1 flags=0x0 nice=0 active=0/256
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  pwq 136: cpus=68 node=1 flags=0x0 nice=0 active=0/256
  pwq 134: cpus=67 node=1 flags=0x0 nice=0 active=0/256
  pwq 132: cpus=66 node=1 flags=0x0 nice=0 active=0/256
  pwq 130:
 cpus=65 node=1 flags=0x0 nice=0 active=0/256
  pwq 128: cpus=64 node=1 flags=0x0 nice=0 active=0/256
  pwq 126: cpus=63 node=1 flags=0x0 nice=0 active=0/256
  pwq 124: cpus=62 node=1 flags=0x0 nice=0 active=0/256
  pwq 122: cpus=61 node=1 flags=0x0 nice=0 active=0/256
  pwq 120: cpus=60 node=1 flags=0x0 nice=0 active=0/256
  pwq 118: cpus=59 node=1 flags=0x0 nice=0 active=0/256
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  pwq 110: cpus=55 node=1 flags=0x0 nice=0 active=0/256
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  pwq 106: cpus=53 node=1 flags=0x0 nice=0 active=0/256
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  pwq 102: cpus=51 node=1 flags=0x0 nice=0 active=0/256
  pwq 100: cpus=50 node=1 flags=0x0 nice=0 active=0/256
  pwq 98: cpus=49 node=1 flags=0x0 nice=0 active=0/256
  pwq 96:
 cpus=48 node=1 flags=0x0 nice=0 active=0/256
  pwq 94: cpus=47 node=1 flags=0x0 nice=0 active=0/256
  pwq 92: cpus=46 node=1 flags=0x0 nice=0 active=0/256
  pwq 90: cpus=45 node=1 flags=0x0 nice=0 active=0/256
  pwq 88: cpus=44 node=1 flags=0x0 nice=0 active=0/256
  pwq 86:
 cpus=43 node=1 flags=0x0 nice=0 active=0/256
  pwq 84: cpus=42 node=1 flags=0x0 nice=0 active=0/256
  pwq 82: cpus=41 node=1 flags=0x0 nice=0 active=0/256
  pwq 80: cpus=40 node=1 flags=0x0 nice=0 active=0/256
  pwq 78: cpus=39 node=0 flags=0x0 nice=0 active=0/256
  pwq 76: cpus=38 node=0 flags=0x0 nice=0 active=0/256
  pwq 74: cpus=37 node=0 flags=0x0 nice=0 active=0/256
  pwq 72: cpus=36 node=0 flags=0x0 nice=0 active=0/256
  pwq 70: cpus=35 node=0 flags=0x0 nice=0 active=0/256
  pwq 68: cpus=34 node=0 flags=0x0 nice=0 active=0/256
  pwq 66: cpus=33 node=0 flags=0x0 nice=0 active=0/256
  pwq 64: cpus=32 node=0 flags=0x0 nice=0 active=0/256
  pwq 62: cpus=31 node=0 flags=0x0 nice=0 active=0/256
  pwq 60: cpus=30 node=0 flags=0x0 nice=0 active=0/256
  pwq 58: cpus=29 node=0 flags=0x0 nice=0 active=0/256
  pwq 56: cpus=28 node=0 flags=0x0 nice=0 active=0/256
  pwq 54: cpus=27 node=0 flags=0x0 nice=0 active=0/256
  pwq 52: cpus=26 node=0 flags=0x0 nice=0 active=0/256
  pwq 50: cpus=25 node=0 flags=0x0 nice=0 active=0/256
  pwq 48: cpus=24 node=0 flags=0x0 nice=0 active=0/256
  pwq 46: cpus=23 node=0 flags=0x0 nice=0 active=0/256
  pwq 44: cpus=22 node=0 flags=0x0 nice=0 active=0/256
  pwq 42: cpus=21 node=0 flags=0x0 nice=0 active=0/256
  pwq 40: cpus=20 node=0 flags=0x0 nice=0 active=0/256
  pwq 38: cpus=19 node=0 flags=0x0 nice=0 active=0/256
  pwq 36: cpus=18 node=0 flags=0x0 nice=0 active=0/256
  pwq 34: cpus=17 node=0 flags=0x0 nice=0 active=0/256
  pwq 32: cpus=16 node=0 flags=0x0 nice=0 active=0/256
  pwq 30: cpus=15 node=0 flags=0x0 nice=0 active=0/256
  pwq 28: cpus=14 node=0 flags=0x0 nice=0 active=0/256
  pwq 26:
 cpus=13 node=0 flags=0x0 nice=0 active=0/256
  pwq 24: cpus=12 node=0 flags=0x0 nice=0 active=0/256
  pwq 22: cpus=11 node=0 flags=0x0 nice=0 active=0/256
  pwq 20:
 cpus=10 node=0 flags=0x0 nice=0 active=0/256
  pwq 18: cpus=9 node=0 flags=0x0 nice=0 active=0/256
  pwq 16: cpus=8 node=0 flags=0x0 nice=0 active=0/256
  pwq 14: cpus=7 node=0 flags=0x0 nice=0 active=0/256
  pwq 12: cpus=6 node=0 flags=0x0 nice=0 active=0/256
  pwq 10: cpus=5 node=0 flags=0x0 nice=0 active=0/256
  pwq 8: cpus=4 node=0 flags=0x0 nice=0 active=0/256
  pwq 6: cpus=3 node=0 flags=0x0 nice=0 active=0/256
  pwq 4: cpus=2 node=0 flags=0x0 nice=0 active=0/256
  pwq 2: cpus=1 node=0 flags=0x0 nice=0 active=0/256
  pwq 0: cpus=0 node=0 flags=0x0 nice=0 active=0/256
workqueue bioset: flags=0x8
  pwq 318: cpus=159 node=17 flags=0x0 nice=0 active=0/256
  pwq 316: cpus=158 node=17 flags=0x0 nice=0 active=0/256
  pwq 314: cpus=157 node=17 flags=0x0 nice=0 active=0/256
  pwq 312:
 cpus=156 node=17 flags=0x0 nice=0 active=0/256
  pwq 310: cpus=155 node=17 flags=0x0 nice=0 active=0/256
  pwq 308: cpus=154 node=17 flags=0x0 nice=0 active=0/256
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  pwq 278:
 cpus=139 node=17 flags=0x0 nice=0 active=0/256
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 cpus=106 node=16 flags=0x0 nice=0 active=0/256
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 cpus=105 node=16 flags=0x0 nice=0 active=0/256
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 cpus=101 node=16 flags=0x0 nice=0 active=0/256
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 cpus=89 node=16 flags=0x0 nice=0 active=0/256
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 cpus=88 node=16 flags=0x0 nice=0 active=0/256
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 cpus=72 node=1 flags=0x0 nice=0 active=0/256
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  pwq 110:
 cpus=55 node=1 flags=0x0 nice=0 active=0/256
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 cpus=37 node=0 flags=0x0 nice=0 active=0/256
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 cpus=26 node=0 flags=0x0 nice=0 active=0/256
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  pwq 40:
 cpus=20 node=0 flags=0x0 nice=0 active=0/256
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  pwq 24: cpus=12 node=0 flags=0x0 nice=0 active=0/256
  pwq 22: cpus=11 node=0 flags=0x0 nice=0 active=0/256
  pwq 20: cpus=10 node=0 flags=0x0 nice=0 active=0/256
  pwq 18: cpus=9 node=0 flags=0x0 nice=0 active=0/256
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  pwq 14: cpus=7 node=0 flags=0x0 nice=0 active=0/256
  pwq 12: cpus=6 node=0 flags=0x0 nice=0 active=0/256
  pwq 10: cpus=5 node=0 flags=0x0 nice=0 active=0/256
  pwq 8: cpus=4 node=0 flags=0x0 nice=0 active=0/256
  pwq 6: cpus=3 node=0 flags=0x0 nice=0 active=0/256
  pwq 4: cpus=2 node=0 flags=0x0 nice=0 active=0/256
  pwq 2: cpus=1 node=0 flags=0x0 nice=0 active=0/256
  pwq 0: cpus=0 node=0 flags=0x0 nice=0 active=0/256
workqueue bioset: flags=0x8
  pwq 318: cpus=159 node=17 flags=0x0 nice=0 active=0/256
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  pwq 290:
 cpus=145 node=17 flags=0x0 nice=0 active=0/256
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  pwq 258:
 cpus=129 node=17 flags=0x0 nice=0 active=0/256
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  pwq 222: cpus=111 node=16 flags=0x0 nice=0 active=0/256
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  pwq 210: cpus=105 node=16 flags=0x0 nice=0 active=0/256
  pwq 208: cpus=104 node=16 flags=0x0 nice=0 active=0/256
  pwq 206: cpus=103 node5 node=0 flags=0x0 nice=0 active=0/256
  pwq 68: cpus=34 node=0 flags=0x0 nice=0 active=0/256
  pwq 66: cpus=33 node=0 flags=0x0 nice=0 active=0/256
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  pwq 54: cpus=27 node=0 flags=0x0 nice=0 active=0/256
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  pwq 44: cpus=22 node=0 flags=0x0 nice=0 active=0/256
  pwq 42:
 cpus=21 node=0 flags=0x0 nice=0 active=0/256
  pwq 40: cpus=20 node=0 flags=0x0 nice=0 active=0/256
  pwq 38: cpus=19 node=0 flags=0x0 nice=0 active=0/256
  pwq 36: cpus=18 node=0 flags=0x0 nice=0 active=0/256
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  pwq 32: cpus=16 node=0 flags=0x0 nice=0 active=0/256
  pwq 30: cpus=15 node=0 flags=0x0 nice=0 active=0/256
  pwq 28: cpus=14 node=0 flags=0x0 nice=0 active=0/256
  pwq 26: cpus=13 node=0 flags=0x0 nice=0 active=0/256
  pwq 24: cpus=12 node=0 flags=0x0 nice=0 active=0/256
  pwq 22: cpus=11 node=0 flags=0x0 nice=0 active=0/256
  pwq 20: cpus=10 node=0 flags=0x0 nice=0 active=0/256
  pwq 18: cpus=9 node=0 flags=0x0 nice=0 active=0/256
  pwq 16: cpus=8 node=0 flags=0x0 nice=0 active=0/256
  pwq 14: cpus=7 node=0 flags=0x0 nice=0 active=0/256
  pwq 12: cpus=6 node=0 flags=0x0 nice=0 active=0/256
  pwq 10: cpus=5 node=0 flags=0x0 nice=0 active=0/256
  pwq 8: cpus=4 node=0 flags=0x0 nice=0 active=0/256
  pwq 6: cpus=3 node=0 flags=0x0 nice=0 active=0/256
  pwq 4: cpus=2 node=0 flags=0x0 nice=0 active=0/256
  pwq 2: cpus=1 node=0 flags=0x0 nice=0 active=0/256
  pwq 0: cpus=0 node=0 flags=0x0 nice=0 active=0/256
workqueue bioset: flags=0x8
  pwq 318: cpus=159 node=17 flags=0x0 nice=0 active=0/256
  pwq 316: cpus=158 node=17 flags=0x0 nice=0 active=0/256
  pwq 314: cpus=157 node=17 flags=0x0 nice=0 active=0/256
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  pwq 304:
 cpus=152 node=17 flags=0x0 nice=0 active=0/256
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  pwq 300: cpus=150 node=17 flags=0x0 nice=0 active=0/256
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  pwq 280: cpus=140 node=17 flags=0x0 nice=0 active=0/256
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  pwq 276: cpus=138 node=17 flags=0x0 nice=0 active=0/256
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  pwq 254: cpus=127 node=17 flags=0x0 nice=0 active=0/256
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  pwq 236:
 cpus=118 node=16 flags=0x0 nice=0 active=0/256
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  pwq 208: cpus=104 node=16 flags=0x0 nice=0 active=0/256
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  pwq 204:
 cpus=102 node=16 flags=0x0 nice=0 active=0/256
  pwq 202: cpus=101 node=16 flags=0x0 nice=0 active=0/256
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  pwq 158: cpus=79 node=1 flags=0x0 nice=0 active=0/256
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  pwq 136:
 cpus=68 node=1 flags=0x0 nice=0 active=0/256
  pwq 134: cpus=67 node=1 flags=0x0 nice=0 active=0/256
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  pwq 128: cpus=64 node=1 flags=0x0 nice=0 active=0/256
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  pwq 124:
 cpus=62 node=1 flags=0x0 nice=0 active=0/256
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  pwq 100:
 cpus=50 node=1 flags=0x0 nice=0 active=0/256
  pwq 98: cpus=49 node=1 flags=0x0 nice=0 active=0/256
  pwq 96: cpus=48 node=1 flags=0x0 nice=0 active=0/256
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  pwq 92:
 cpus=46 node=1 flags=0x0 nice=0 active=0/256
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  pwq 66:
 cpus=33 node=0 flags=0x0 nice=0 active=0/256
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  pwq 30:
 cpus=15 node=0 flags=0x0 nice=0 active=0/256
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  pwq 26: cpus=13 node=0 flags=0x0 nice=0 active=0/256
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  pwq 20: cpus=10 node=0 flags=0x0 nice=0 active=0/256
  pwq 18: cpus=9 node=0 flags=0x0 nice=0 active=0/256
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  pwq 14: cpus=7 node=0 flags=0x0 nice=0 active=0/256
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  pwq 6: cpus=3 node=0 flags=0x0 nice=0 active=0/256
  pwq 4: cpus=2 node=0 flags=0x0 nice=0 active=0/256
  pwq 2: cpus=1 node=0 flags=0x0 nice=0 active=0/256
  pwq 0: cpus=0 node=0 flags=0x0 nice=0 active=0/256
workqueue bioset: flags=0x8
  pwq 318: cpus=159 node=17 flags=0x0 nice=0 active=0/256
  pwq 316:
 cpus=158 node=17 flags=0x0 nice=0 active=0/256
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 cpus=142 node=17 flags=0x0 nice=0 active=0/256
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 cpus=138 node=17 flags=0x0 nice=0 active=0/256
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  pwq 222: cpus=111 node=16 flags=0x0 nice=0 active=0/256
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  pwq 216:
 cpus=108 node=16 flags=0x0 nice=0 active=0/256
  pwq 214: cpus=107 node=16 flags=0x0 nice=0 active=0/256
  pwq 212: cpus=106 node=16 flags=0x0 nice=0 active=0/256
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  pwq 208:
 cpus=104 node=16 flags=0x0 nice=0 active=0/256
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  pwq 188: cpus=94 node=16 flags=0x0 nice=0 active=0/256
  pwq 186: cpus=93 node=16 flags=0x0 nice=0 active=0/256
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  pwq 182:
 cpus=91 node=16 flags=0x0 nice=0 active=0/256
  pwq 180: cpus=90 node=16 flags=0x0 nice=0 active=0/256
  pwq 178: cpus=89 node=16 flags=0x0 nice=0 active=0/256
  pwq 176: cpus=88 node=16 flags=0x0 nice=0 active=0/256
  pwq 174:
 cpus=87 node=16 flags=0x0 nice=0 active=0/256
  pwq 172: cpus=86 node=16 flags=0x0 nice=0 active=0/256
  pwq 170: cpus=85 node=16 flags=0x0 nice=0 active=0/256
  pwq 168: cpus=84 node=16 flags=0x0 nice=0 active=0/256
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  pwq 164: cpus=82 node=16 flags=0x0 nice=0 active=0/256
  pwq 162: cpus=81 node=16 flags=0x0 nice=0 active=0/256
  pwq 160: cpus=80 node=16 flags=0x0 nice=0 active=0/256
  pwq 158: cpus=79 node=1 flags=0x0 nice=0 active=0/256
  pwq 156: cpus=78 node=1 flags=0x0 nice=0 active=0/256
  pwq 154: cpus=77 node=1 flags=0x0 nice=0 active=0/256
  pwq 152: cpus=76 node=1 flags=0x0 nice=0 active=0/256
  pwq 150: cpus=75 node=1 flags=0x0 nice=0 active=0/256
  pwq 148: cpus=74 node=1 flags=0x0 nice=0 active=0/256
  pwq 146: cpus=73 node=1 flags=0x0 nice=0 active=0/256
  pwq 144: cpus=72 node=1 flags=0x0 nice=0 active=0/256
  pwq 142: cpus=71 node=1 flags=0x0 nice=0 active=0/256
  pwq 140: cpus=70 node=1 flags=0x0 nice=0 active=0/256
  pwq 138: cpus=69 node=1 flags=0x0 nice=0 active=0/256
  pwq 136: cpus=68 node=1 flags=0x0 nice=0 active=0/256
  pwq 134: cpus=67 node=1 flags=0x0 nice=0 active=0/256
  pwq 132: cpus=66 node=1 flags=0x0 nice=0 active=0/256
  pwq 130: cpus=65 node=1 flags=0x0 nice=0 active=0/256
  pwq 128: cpus=64 node=1 flags=0x0 nice=0 active=0/256
  pwq 126: cpus=63 node=1 flags=0x0 nice=0 active=0/256
  pwq 124: cpus=62 node=1 flags=0x0 nice=0 active=0/256
  pwq 122: cpus=61 node=1 flags=0x0 nice=0 active=0/256
  pwq 120: cpus=60 node=1 flags=0x0 nice=0 active=0/256
  pwq 118: cpus=59 node=1 flags=0x0 nice=0 active=0/256
  pwq 116: cpus=58 node=1 flags=0x0 nice=0 active=0/256
  pwq 114:
 cpus=57 node=1 flags=0x0 nice=0 active=0/256
  pwq 112: cpus=56 node=1 flags=0x0 nice=0 active=0/256
  pwq 110: cpus=55 node=1 flags=0x0 nice=0 active=0/256
  pwq 108: cpus=54 node=1 flags=0x0 nice=0 active=0/256
  pwq 106:
 cpus=53 node=1 flags=0x0 nice=0 active=0/256
  pwq 104: cpus=52 node=1 flags=0x0 nice=0 active=0/256
  pwq 102: cpus=51 node=1 flags=0x0 nice=0 active=0/256
  pwq 100: cpus=50 node=1 flags=0x0 nice=0 active=0/256
  pwq 98: cpus=49 node=1 flags=0x0 nice=0 active=0/256
  pwq 96: cpus=48 node=1 flags=0x0 nice=0 active=0/256
  pwq 94: cpus=47 node=1 flags=0x0 nice=0 active=0/256
  pwq 92: cpus=46 node=1 flags=0x0 nice=0 active=0/256
  pwq 90: cpus=45 node=1 flags=0x0 nice=0 active=0/256
  pwq 88: cpus=44 node=1 flags=0x0 nice=0 active=0/256
  pwq 86: cpus=43 node=1 flags=0x0 nice=0 active=0/256
  pwq 84: cpus=42 node=1 flags=0x0 nice=0 active=0/256
  pwq 82: cpus=41 node=1 flags=0x0 nice=0 active=0/256
  pwq 80: cpus=40 node=1 flags=0x0 nice=0 active=0/256
  pwq 78:
 cpus=39 node=0 flags=0x0 nice=0 active=0/256
  pwq 76: cpus=38 node=0 flags=0x0 nice=0 active=0/256
  pwq 74: cpus=37 node=0 flags=0x0 nice=0 active=0/256
  pwq 72: cpus=36 node=0 flags=0x0 nice=0 active=0/256
  pwq 70: cpus=35 node=0 flags=0x0 nice=0 active=0/256
  pwq 68: cpus=34 node=0 flags=0x0 nice=0 active=0/256
  pwq 66: cpus=33 node=0 flags=0x0 nice=0 active=0/256
  pwq 64: cpus=32 node=0 flags=0x0 nice=0 active=0/256
  pwq 62: cpus=31 node=0 flags=0x0 nice=0 active=0/256
  pwq 60: cpus=30 node=0 flags=0x0 nice=0 active=0/256
  pwq 58: cpus=29 node=0 flags=0x0 nice=0 active=0/256
  pwq 56: cpus=28 node=0 flags=0x0 nice=0 active=0/256
  pwq 54: cpus=27 node=0 flags=0x0 nice=0 active=0/256
  pwq 52:
 cpus=26 node=0 flags=0x0 nice=0 active=0/256
  pwq 50: cpus=25 node=0 flags=0x0 nice=0 active=0/256
  pwq 48: cpus=24 node=0 flags=0x0 nice=0 active=0/256
  pwq 46: cpus=23 node=0 flags=0x0 nice=0 active=0/256
  pwq 44: cpus=22 node=0 flags=0x0 nice=0 active=0/256
  pwq 42: cpus=21 node=0 flags=0x0 nice=0 active=0/256
  pwq 40: cpus=20 node=0 flags=0x0 nice=0 active=0/256
  pwq 38: cpus=19 node=0 flags=0x0 nice=0 active=0/256
  pwq 36: cpus=18 node=0 flags=0x0 nice=0 active=0/256
  pwq 34: cpus=17 node=0 flags=0x0 nice=0 active=0/256
  pwq 32: cpus=16 node=0 flags=0x0 nice=0 active=0/256
  pwq 30:
 cpus=15 node=0 flags=0x0 nice=0 active=0/256
  pwq 28: cpus=14 node=0 flags=0x0 nice=0 active=0/256
  pwq 26: cpus=13 node=0 flags=0x0 nice=0 active=0/256
  pwq 24: cpus=12 node=0 flags=0x0 nice=0 active=0/256
  pwq 22: cpus=11 node=0 flags=0x0 nice=0 active=0/256
  pwq 20: cpus=10 node=0 flags=0x0 nice=0 active=0/256
  pwq 18: cpus=9 node=0 flags=0x0 nice=0 active=0/256
  pwq 16: cpus=8 node=0 flags=0x0 nice=0 active=0/256
  pwq 14: cpus=7 node=0 flags=0x0 nice=0 active=0/256
  pwq 12: cpus=6 node=0 flags=0x0 nice=0 active=0/256
  pwq 10: cpus=5 node=0 flags=0x0 nice=0 active=0/256
  pwq 8: cpus=4 node=0 flags=0x0 nice=0 active=0/256
  pwq 6: cpus=3 node=0 flags=0x0 nice=0 active=0/256
  pwq 4: cpus=2 node=0 flags=0x0 nice=0 active=0/256
  pwq 2: cpus=1 node=0 flags=0x0 nice=0 active=0/256
  pwq 0: cpus=0 node=0 flags=0x0 nice=0 active=0/256
workqueue bioset: flags=0x8
  pwq 318: cpus=159 node=17 flags=0x0 nice=0 active=0/256
  pwq 316: cpus=158 node=17 flags=0x0 nice=0 active=0/256
  pwq 314: cpus=157 node=17 flags=0x0 nice=0 active=0/256
  pwq 312: cpus=156 node=17 flags=0x0 nice=0 active=0/256
  pwq 310: cpus=155 node=17 flags=0x0 nice=0 active=0/256
  pwq 308: cpus=154 node=17 flags=0x0 nice=0 active=0/256
  pwq 306: cpus=153 node=17 flags=0x0 nice=0 active=0/256
  pwq 304: cpus=152 node=17 flags=0x0 nice=0 active=0/256
  pwq 302: cpus=151 node=17 flags=0x0 nice=0 active=0/256
  pwq 300: cpus=150 node=17 flags=0x0 nice=0 active=0/256
  pwq 298: cpus=149 node=17 flags=0x0 nice=0 active=0/256
  pwq 296:
 cpus=148 node=17 flags=0x0 nice=0 active=0/256
  pwq 294:
 cpus=147 node=17 flags=0x0 nice=0 active=0/256
  pwq 292: cpus=146 node=17 flags=0x0 nice=0 active=0/256
  pwq 290: cpus=145 node=17 flags=0x0 nice=0 active=0/256
  pwq 288: cpus=144 node=17 flags=0x0 nice=0 active=0/256
  pwq 286: cpus=143 node=17 flags=0x0 nice=0 active=0/256
  pwq 284: cpus=142 node=17 flags=0x0 nice=0 active=0/256
  pwq 282:
 cpus=141 node=17 flags=0x0 nice=0 active=0/256
  pwq 280: cpus=140 node=17 flags=0x0 nice=0 active=0/256
  pwq 278: cpus=139 node=17 flags=0x0 nice=0 active=0/256
  pwq 276: cpus=138 node=17 flags=0x0 nice=0 active=0/256
  pwq 274: cpus=137 node=17 flags=0x0 nice=0 active=0/256
  pwq 272: cpus=136 node=17 flags=0x0 nice=0 active=0/256
  pwq 270: cpus=135 node=17 flags=0x0 nice=0 active=0/256
  pwq 268: cpus=134 node=17 flags=0x0 nice=0 active=0/256
  pwq 266: cpus=133 node=17 flags=0x0 nice=0 active=0/256
  pwq 264: cpus=132 node=17 flags=0x0 nice=0 active=0/256
  pwq 262:
 cpus=131 node=17 flags=0x0 nice=0 active=0/256
  pwq 260: cpus=130 node=17 flags=0x0 nice=0 active=0/256
  pwq 258: cpus=129 node=17 flags=0x0 nice=0 active=0/256
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  pwq 254: cpus=127 node=17 flags=0x0 nice=0 active=0/256
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  pwq 248: cpus=124 node=17 flags=0x0 nice=0 active=0/256
  pwq 246: cpus=123 node=17 flags=0x0 nice=0 active=0/256
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  pwq 242: cpus=121 node=17 flags=0x0 nice=0 active=0/256
  pwq 240: cpus=120 node=17 flags=0x0 nice=0 active=0/256
  pwq 238: cpus=119 node=16 flags=0x0 nice=0 active=0/256
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  pwq 234: cpus=117 node=16 flags=0x0 nice=0 active=0/256
  pwq 232: cpus=116 node=16 flags=0x0 nice=0 active=0/256
  pwq 230: cpus=115 node=16 flags=0x0 nice=0 active=0/256
  pwq 228:
 cpus=114 node=16 flags=0x0 nice=0 active=0/256
  pwq 226: cpus=113 node=16 flags=0x0 nice=0 active=0/256
  pwq 224: cpus=112 node=16 flags=0x0 nice=0 active=0/256
  pwq 222: cpus=111 node=16 flags=0x0 nice=0 active=0/256
  pwq 220: cpus=110 node=16 flags=0x0 nice=0 active=0/256
  pwq 218: cpus=109 node=16 flags=0x0 nice=0 active=0/256
  pwq 216: cpus=108 node=16 flags=0x0 nice=0 active=0/256
  pwq 214: cpus=107 node=16 flags=0x0 nice=0 active=0/256
  pwq 212: cpus=106 node=16 flags=0x0 nice=0 active=0/256
  pwq 210: cpus=105 node=16 flags=0x0 nice=0 active=0/256
  pwq 208: cpus=104 node=16 flags=0x0 nice=0 active=0/256
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  pwq 202: cpus=101 node=16 flags=0x0 nice=0 active=0/256
  pwq 200: cpus=100 node=16 flags=0x0 nice=0 active=0/256
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  pwq 196:
 cpus=98 node=16 flags=0x0 nice=0 active=0/256
  pwq 194: cpus=97 node=16 flags=0x0 nice=0 active=0/256
  pwq 192: cpus=96 node=16 flags=0x0 nice=0 active=0/256
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  pwq 178: cpus=89 node=16 flags=0x0 nice=0 active=0/256
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  pwq 172: cpus=86 node=16 flags=0x0 nice=0 active=0/256
  pwq 170: cpus=85 node=16 flags=0x0 nice=0 active=0/256
  pwq 168: cpus=84 node=16 flags=0x0 nice=0 active=0/256
  pwq 166: cpus=83 node=16 flags=0x0 nice=0 active=0/256
  pwq 164: cpus=82 node=16 flags=0x0 nice=0 active=0/256
  pwq 162: cpus=81 node=16 flags=0x0 nice=0 active=0/256
  pwq 160: cpus=80 node=16 flags=0x0 nice=0 active=0/256
  pwq 158: cpus=79 node=1 flags=0x0 nice=0 active=0/256
  pwq 156: cpus=78 node=1 flags=0x0 nice=0 active=0/256
  pwq 154: cpus=77 node=1 flags=0x0 nice=0 active=0/256
  pwq 152: cpus=76 node=1 flags=0x0 nice=0 active=0/256
  pwq 150: cpus=75 node=1 flags=0x0 nice=0 active=0/256
  pwq 148: cpus=74 node=1 flags=0x0 nice=0 active=0/256
  pwq 146: cpus=73 node=1 flags=0x0 nice=0 active=0/256
  pwq 144: cpus=72 node=1 flags=0x0 nice=0 active=0/256
  pwq 142: cpus=71 node=1 flags=0x0 nice=0 active=0/256
  pwq 140: cpus=70 node=1 flags=0x0 nice=0 active=0/256
  pwq 138: cpus=69 node=1 flags=0x0 nice=0 active=0/256
  pwq 136: cpus=68 node=1 flags=0x0 nice=0 active=0/256
  pwq 134: cpus=67 node=1 flags=0x0 nice=0 active=0/256
  pwq 132: cpus=66 node=1 flags=0x0 nice=0 active=0/256
  pwq 130: cpus=65 node=1 flags=0x0 nice=0 active=0/256
  pwq 128: cpus=64 node=1 flags=0x0 nice=0 active=0/256
  pwq 126:
 cpus=63 node=1 flags=0x0 nice=0 active=0/256
  pwq 124: cpus=62 node=1 flags=0x0 nice=0 active=0/256
  pwq 122: cpus=61 node=1 flags=0x0 nice=0 active=0/256
  pwq 120: cpus=60 node=1 flags=0x0 nice=0 active=0/256
  pwq 118: cpus=59 node=1 flags=0x0 nice=0 active=0/256
  pwq 116: cpus=58 node=1 flags=0x0 nice=0 active=0/256
  pwq 114: cpus=57 node=1 flags=0x0 nice=0 active=0/256
  pwq 112: cpus=56 node=1 flags=0x0 nice=0 active=0/256
  pwq 110: cpus=55 node=1 flags=0x0 nice=0 active=0/256
  pwq 108: cpus=54 node=1 flags=0x0 nice=0 active=0/256
  pwq 106: cpus=53 node=1 flags=0x0 nice=0 active=0/256
  pwq 104: cpus=52 node=1 flags=0x0 nice=0 active=0/256
  pwq 102: cpus=51 node=1 flags=0x0 nice=0 active=0/256
  pwq 100: cpus=50 node=1 flags=0x0 nice=0 active=0/256
  pwq 98: cpus=49 node=1 flags=0x0 nice=0 active=0/256
  pwq 96: cpus=48 node=1 flags=0x0 nice=0 active=0/256
  pwq 94: cpus=47 node=1 flags=0x0 nice=0 active=0/256
  pwq 92:
 cpus=46 node=1 flags=0x0 nice=0 active=0/256
  pwq 90:
 cpus=45 node=1 flags=0x0 nice=0 active=0/256
  pwq 88:
 cpus=44 node=1 flags=0x0 nice=0 active=0/256
  pwq 86:
 cpus=43 node=1 flags=0x0 nice=0 active=0/256
  pwq 84: cpus=42 node=1 flags=0x0 nice=0 active=0/256
  pwq 82: cpus=41 node=1 flags=0x0 nice=0 active=0/256
  pwq 80: cpus=40 node=1 flags=0x0 nice=0 active=0/256
  pwq 78: cpus=39 node=0 flags=0x0 nice=0 active=0/256
  pwq 76: cpus=38 node=0 flags=0x0 nice=0 active=0/256
  pwq 74: cpus=37 node=0 flags=0x0 nice=0 active=0/256
  pwq 72: cpus=36 node=0 flags=0x0 nice=0 active=0/256
  pwq 70: cpus=35 node=0 flags=0x0 nice=0 active=0/256
  pwq 68: cpus=34 node=0 flags=0x0 nice=0 active=0/256
  pwq 66: cpus=33 node=0 flags=0x0 nice=0 active=0/256
  pwq 64: cpus=32 node=0 flags=0x0 nice=0 active=0/256
  pwq 62: cpus=31 node=0 flags=0x0 nice=0 active=0/256
  pwq 60: cpus=30 node=0 flags=0x0 nice=0 active=0/256
  pwq 58: cpus=29 node=0 flags=0x0 nice=0 active=0/256
  pwq 56: cpus=28 node=0 flags=0x0 nice=0 active=0/256
  pwq 54: cpus=27 node=0 flags=0x0 nice=0 active=0/256
  pwq 52: cpus=26 node=0 flags=0x0 nice=0 active=0/256
  pwq 50: cpus=25 node=0 flags=0x0 nice=0 active=0/256
  pwq 48: cpus=24 node=0 flags=0x0 nice=0 active=0/256
  pwq 46: cpus=23 node=0 flags=0x0 nice=0 active=0/256
  pwq 44: cpus=22 node=0 flags=0x0 nice=0 active=0/256
  pwq 42: cpus=21 node=0 flags=0x0 nice=0 active=0/256
  pwq 40: cpus=20 node=0 flags=0x0 nice=0 active=0/256
  pwq 38: cpus=19 node=0 flags=0x0 nice=0 active=0/256
  pwq 36: cpus=18 node=0 flags=0x0 nice=0 active=0/256
  pwq 34: cpus=17 node=0 flags=0x0 nice=0 active=0/256
  pwq 32: cpus=16 node=0 flags=0x0 nice=0 active=0/256
  pwq 30: cpus=15 node=0 flags=0x0 nice=0 active=0/256
  pwq 28: cpus=14 node=0 flags=0x0 nice=0 active=0/256
  pwq 26:
 cpus=13 node=0 flags=0x0 nice=0 active=0/256
  pwq 24: cpus=12 node=0 flags=0x0 nice=0 active=0/256
  pwq 22: cpus=11 node=0 flags=0x0 nice=0 active=0/256
  pwq 20: cpus=10 node=0 flags=0x0 nice=0 active=0/256
  pwq 18: cpus=9 node=0 flags=0x0 nice=0 active=0/256
  pwq 16: cpus=8 node=0 flags=0x0 nice=0 active=0/256
  pwq 14: cpus=7 node=0 flags=0x0 nice=0 active=0/256
  pwq 12: cpus=6 node=0 flags=0x0 nice=0 active=0/256
  pwq 10: cpus=5 node=0 flags=0x0 nice=0 active=0/256
  pwq 8: cpus=4 node=0 flags=0x0 nice=0 active=0/256
  pwq 6: cpus=3 node=0 flags=0x0 nice=0 active=0/256
  pwq 4: cpus=2 node=0 flags=0x0 nice=0 active=0/256
  pwq 2: cpus=1 node=0 flags=0x0 nice=0 active=0/256
  pwq 0: cpus=0 node=0 flags=0x0 nice=0 active=0/256
workqueue scsi_tmf_0: flags=0xa
  pwq 320: cpus=0-159 flags=0x4 nice=0 active=0/1
  pwq 324: cpus=120-159 node=17 flags=0x4 nice=0 active=0/1
  pwq 323: cpus=80-119 node=16 flags=0x4 nice=0 active=0/1
  pwq 322: cpus=40-79 node=1 flags=0x4 nice=0 active=0/1
  pwq 321: cpus=0-39 node=0 flags=0x4 nice=0 active=0/1
workqueue bioset: flags=0x8
  pwq 318: cpus=159 node=17 flags=0x0 nice=0 active=0/256
  pwq 316: cpus=158 node=17 flags=0x0 nice=0 active=0/256
  pwq 314: cpus=157 node=17 flags=0x0 nice=0 active=0/256
  pwq 312: cpus=156 node=17 flags=0x0 nice=0 active=0/256
  pwq 310: cpus=155 node=17 flags=0x0 nice=0 active=0/256
  pwq 308: cpus=154 node=17 flags=0x0 nice=0 active=0/256
  pwq 306: cpus=153 node=17 flags=0x0 nice=0 active=0/256
  pwq 304: cpus=152 node=17 flags=0x0 nice=0 active=0/256
  pwq 302: cpus=151 node=17 flags=0x0 nice=0 active=0/256
  pwq 300: cpus=150 node=17 flags=0x0 nice=0 active=0/256
  pwq 298:
 cpus=149 node=17 flags=0x0 nice=0 active=0/256
  pwq 296: cpus=148 node=17 flags=0x0 nice=0 active=0/256
  pwq 294: cpus=147 node=17 flags=0x0 nice=0 active=0/256
  pwq 292:
 cpus=146 node=17 flags=0x0 nice=0 active=0/256
  pwq 290: cpus=145 node=17 flags=0x0 nice=0 active=0/256
  pwq 288: cpus=144 node=17 flags=0x0 nice=0 active=0/256
  pwq 286: cpus=143 node=17 flags=0x0 nice=0 active=0/256
  pwq 284: cpus=142 node=17 flags=0x0 nice=0 active=0/256
  pwq 282: cpus=141 node=17 flags=0x0 nice=0 active=0/256
  pwq 280: cpus=140 node=17 flags=0x0 nice=0 active=0/256
  pwq 278: cpus=139 node=17 flags=0x0 nice=0 active=0/256
  pwq 276: cpus=138 node=17 flags=0x0 nice=0 active=0/256
  pwq 274: cpus=137 node=17 flags=0x0 nice=0 active=0/256
  pwq 272: cpus=136 node=17 flags=0x0 nice=0 active=0/256
  pwq 270: cpus=135 node=17 flags=0x0 nice=0 active=0/256
  pwq 268: cpus=134 node=17 flags=0x0 nice=0 acags=0x0 nice=0 active=0/256
  pwq 132: cpus=66 node=1 flags=0x0 nice=0 active=0/256
  pwq 130: cpus=65 node=1 flags=0x0 nice=0 active=0/256
  pwq 128: cpus=64 node=1 flags=0x0 nice=0 active=0/256
  pwq 126: cpus=63 node=1 flags=0x0 nice=0 active=0/256
  pwq 124: cpus=62 node=1 flags=0x0 nice=0 active=0/256
  pwq 122: cpus=61 node=1 flags=0x0 nice=0 active=0/256
  pwq 120: cpus=60 node=1 flags=0x0 nice=0 active=0/256
  pwq 118: cpus=59 node=1 flags=0x0 nice=0 active=0/256
  pwq 116:
 cpus=58 node=1 flags=0x0 nice=0 active=0/256
  pwq 114: cpus=57 node=1 flags=0x0 nice=0 active=0/256
  pwq 112: cpus=56 node=1 flags=0x0 nice=0 active=0/256
  pwq 110: cpus=55 node=1 flags=0x0 nice=0 active=0/256
  pwq 108: cpus=54 node=1 flags=0x0 nice=0 active=0/256
  pwq 106:
 cpus=53 node=1 flags=0x0 nice=0 active=0/256
  pwq 104: cpus=52 node=1 flags=0x0 nice=0 active=0/256
  pwq 102: cpus=51 node=1 flags=0x0 nice=0 active=0/256
  pwq 100: cpus=50 node=1 flags=0x0 nice=0 active=0/256
  pwq 98: cpus=49 node=1 flags=0x0 nice=0 active=0/256
  pwq 96: cpus=48 node=1 flags=0x0 nice=0 active=0/256
  pwq 94: cpus=47 node=1 flags=0x0 nice=0 active=0/256
  pwq 92: cpus=46 node=1 flags=0x0 nice=0 active=0/256
  pwq 90: cpus=45 node=1 flags=0x0 nice=0 active=0/256
  pwq 88: cpus=44 node=1 flags=0x0 nice=0 active=0/256
  pwq 86: cpus=43 node=1 flags=0x0 nice=0 active=0/256
  pwq 84: cpus=42 node=1 flags=0x0 nice=0 active=0/256
  pwq 82: cpus=41 node=1 flags=0x0 nice=0 active=0/256
  pwq 80: cpus=40 node=1 flags=0x0 nice=0 active=0/256
  pwq 78: cpus=39 node=0 flags=0x0 nice=0 active=0/256
  pwq 76: cpus=38 node=0 flags=0x0 nice=0 active=0/256
  pwq 74: cpus=37 node=0 flags=0x0 nice=0 active=0/256
  pwq 72: cpus=36 node=0 flags=0x0 nice=0 active=0/256
  pwq 70: cpus=35 node=0 flags=0x0 nice=0 active=0/256
  pwq 68: cpus=34 node=0 flags=0x0 nice=0 active=0/256
  pwq 66: cpus=33 node=0 flags=0x0 nice=0 active=0/256
  pwq 64: cpus=32 node=0 flags=0x0 nice=0 active=0/256
  pwq 62: cpus=31 node=0 flags=0x0 nice=0 active=0/256
  pwq 60: cpus=30 node=0 flags=0x0 nice=0 active=0/256
  pwq 58: cpus=29 node=0 flags=0x0 nice=0 active=0/256
  pwq 56: cpus=28 node=0 flags=0x0 nice=0 active=0/256
  pwq 54: cpus=27 node=0 flags=0x0 nice=0 active=0/256
  pwq 52: cpus=26 node=0 flags=0x0 nice=0 active=0/256
  pwq 50: cpus=25 node=0 flags=0x0 nice=0 active=0/256
  pwq 48: cpus=24 node=0 flags=0x0 nice=0 active=0/256
  pwq 46:
 cpus=23 node=0 flags=0x0 nice=0 active=0/256
  pwq 44: cpus=22 node=0 flags=0x0 nice=0 active=0/256
  pwq 42:
 cpus=21 node=0 flags=0x0 nice=0 active=0/256
  pwq 40:
 cpus=20 node=0 flags=0x0 nice=0 active=0/256
  pwq 38: cpus=19 node=0 flags=0x0 nice=0 active=0/256
  pwq 36: cpus=18 node=0 flags=0x0 nice=0 active=0/256
  pwq 34: cpus=17 node=0 flags=0x0 nice=0 active=0/256
  pwq 32: cpus=16 node=0 flags=0x0 nice=0 active=0/256
  pwq 30: cpus=15 node=0 flags=0x0 nice=0 active=0/256
  pwq 28: cpus=14 node=0 flags=0x0 nice=0 active=0/256
  pwq 26: cpus=13 node=0 flags=0x0 nice=0 active=0/256
  pwq 24: cpus=12 node=0 flags=0x0 nice=0 active=0/256
  pwq 22: cpus=11 node=0 flags=0x0 nice=0 active=0/256
  pwq 20: cpus=10 node=0 flags=0x0 nice=0 active=0/256
  pwq 18: cpus=9 node=0 flags=0x0 nice=0 active=0/256
  pwq 16: cpus=8 node=0 flags=0x0 nice=0 active=0/256
  pwq 14: cpus=7 node=0 flags=0x0 nice=0 active=0/256
  pwq 12: cpus=6 node=0 flags=0x0 nice=0 active=0/256
  pwq 10: cpus=5 node=0 flags=0x0 nice=0 active=0/256
  pwq 8: cpus=4 node=0 flags=0x0 nice=0 active=0/256
  pwq 6: cpus=3 node=0 flags=0x0 nice=0 active=0/256
  pwq 4: cpus=2 node=0 flags=0x0 nice=0 active=0/256
  pwq 2:
 cpus=1 node=0 flags=0x0 nice=0 active=0/256
  pwq 0: cpus=0 node=0 flags=0x0 nice=0 active=0/256
workqueue bioset: flags=0x8
  pwq 318: cpus=159 node=17 flags=0x0 nice=0 active=0/256
  pwq 316: cpus=158 node=17 flags=0x0 nice=0 active=0/256
  pwq 314: cpus=157 node=17 flags=0x0 nice=0 active=0/256
  pwq 312: cpus=156 node=17 flags=0x0 nice=0 active=0/256
  pwq 310: cpus=155 node=17 flags=0x0 nice=0 active=0/256
  pwq 308: cpus=154 node=17 flags=0x0 nice=0 active=0/256
  pwq 306: cpus=153 node=17 flags=0x0 nice=0 active=0/256
  pwq 304: cpus=152 node=17 flags=0x0 nice=0 active=0/256
  pwq 302: cpus=151 node=17 flags=0x0 nice=0 active=0/256
  pwq 300: cpus=150 node=17 flags=0x0 nice=0 active=0/256
  pwq 298: cpus=149 node=17 flags=0x0 nice=0 active=0/256
  pwq 296: cpus=148 node=17 flags=0x0 nice=0 active=0/256
  pwq 294: cpus=147 node=17 flags=0x0 nice=0 active=0/256
  pwq 292: cpus=146 node=17 flags=0x0 nice=0 active=0/256
  pwq 290: cpus=145 node=17 flags=0x0 nice=0 active=0/256
  pwq 288: cpus=144 node=17 flags=0x0 nice=0 active=0/256
  pwq 286: cpus=143 node=17 flags=0x0 nice=0 active=0/256
  pwq 284: cpus=142 node=17 flags=0x0 nice=0 active=0/256
  pwq 282: cpus=141 node=17 flags=0x0 nice=0 active=0/256
  pwq 280: cpus=140 node=17 flags=0x0 nice=0 active=0/256
  pwq 278: cpus=139 node=17 flags=0x0 nice=0 active=0/256
  pwq 276: cpus=138 node=17 flags=0x0 nice=0 active=0/256
  pwq 274: cpus=137 node=17 flags=0x0 nice=0 active=0/256
  pwq 272: cpus=136 node=17 flags=0x0 nice=0 active=0/256
  pwq 270: cpus=135 node=17 flags=0x0 nice=0 active=0/256
  pwq 268: cpus=134 node=17 flags=0x0 nice=0 active=0/256
  pwq 266: cpus=133 node=17 flags=0x0 nice=0 active=0/256
  pwq 264:
 cpus=132 node=17 flags=0x0 nice=0 active=0/256
  pwq 262: cpus=131 node=17 flags=0x0 nice=0 active=0/256
  pwq 260: cpus=130 node=17 flags=0x0 nice=0 active=0/256
  pwq 258: cpus=129 node=17 flags=0x0 nice=0 active=0/256
  pwq 256: cpus=128 node=17 flags=0x0 nice=0 active=0/256
  pwq 254: cpus=127 node=17 flags=0x0 nice=0 active=0/256
  pwq 252: cpus=126 node=17 flags=0x0 nice=0 active=0/256
  pwq 250: cpus=125 node=17 flags=0x0 nice=0 active=0/256
  pwq 248: cpus=124 node=17 flags=0x0 nice=0 active=0/256
  pwq 246: cpus=123 node=17 flags=0x0 nice=0 active=0/256
  pwq 244: cpus=122 node=17 flags=0x0 nice=0 active=0/256
  pwq 242: cpus=121 node=17 flags=0x0 nice=0 active=0/256
  pwq 240: cpus=120 node=17 flags=0x0 nice=0 active=0/256
  pwq 238: cpus=119 node=16 flags=0x0 nice=0 active=0/256
  pwq 236: cpus=118 node=16 flags=0x0 nice=0 active=0/256
  pwq 234: cpus=117 node=16 flags=0x0 nice=0 active=0/256
  pwq 232: cpus=116 node=16 flags=0x0 nice=0 active=0/256
  pwq 230: cpus=115 node=16 flags=0x0 nice=0 active=0/256
  pwq 228: cpus=114 node=16 flags=0x0 nice=0 active=0/256
  pwq 226: cpus=113 node=16 flags=0x0 nice=0 active=0/256
  pwq 224: cpus=112 node=16 flags=0x0 nice=0 active=0/256
  pwq 222: cpus=111 node=16 flags=0x0 nice=0 active=0/256
  pwq 220: cpus=110 node=16 flags=0x0 nice=0 active=0/256
  pwq 218: cpus=109 node=16 flags=0x0 nice=0 active=0/256
  pwq 216: cpus=108 node=16 flags=0x0 nice=0 active=0/256
  pwq 214: cpus=107 node=16 flags=0x0 nice=0 active=0/256
  pwq 212: cpus=106 node=16 flags=0x0 nice=0 active=0/256
  pwq 210: cpus=105 node=16 flags=0x0 nice=0 active=0/256
  pwq 208: cpus=104 node=16 flags=0x0 nice=0 active=0/256
  pwq 206: cpus=103 node=16 flags=0x0 nice=0 active=0/256
  pwq 204: cpus=102 node=16 flags=0x0 nice=0 active=0/256
  pwq 202: cpus=101 node=16 flags=0x0 nice=0 active=0/256
  pwq 200:
 cpus=100 node=16 flags=0x0 nice=0 active=0/256
  pwq 198: cpus=99 node=16 flags=0x0 nice=0 active=0/256
  pwq 196: cpus=98 node=16 flags=0x0 nice=0 active=0/256
  pwq 194: cpus=97 node=16 flags=0x0 nice=0 active=0/256
  pwq 192: cpus=96 node=16 flags=0x0 nice=0 active=0/256
  pwq 190: cpus=95 node=16 flags=0x0 nice=0 active=0/256
  pwq 188: cpus=94 node=16 flags=0x0 nice=0 active=0/256
  pwq 186: cpus=93 node=16 flags=0x0 nice=0 active=0/256
  pwq 184: cpus=92 node=16 flags=0x0 nice=0 active=0/256
  pwq 182: cpus=91 node=16 flags=0x0 nice=0 active=0/256
  pwq 180: cpus=90 node=16 flags=0x0 nice=0 active=0/256
  pwq 178: cpus=89 node=16 flags=0x0 nice=0 active=0/256
  pwq 176: cpus=88 node=16 flags=0x0 nice=0 active=0/256
  pwq 174: cpus=87 node=16 flags=0x0 nice=0 active=0/256
  pwq 172: cpus=86 node=16 flags=0x0 nice=0 active=0/256
  pwq 170: cpus=85 node=16 flags=0x0 nice=0 active=0/256
  pwq 168: cpus=84 node=16 flags=0x0 nice=0 active=0/256
  pwq 166: cpus=83 node=16 flags=0x0 nice=0 active=0/256
  pwq 164:
 cpus=82 node=16 flags=0x0 nice=0 active=0/256
  pwq 162: cpus=81 node=16 flags=0x0 nice=0 active=0/256
  pwq 160: cpus=80 node=16 flags=0x0 nice=0 active=0/256
  pwq 158: cpus=79 node=1 flags=0x0 nice=0 active=0/256
  pwq 156: cpus=78 node=1 flags=0x0 nice=0 active=0/256
  pwq 154: cpus=77 node=1 flags=0x0 nice=0 active=0/256
  pwq 152:
 cpus=76 node=1 flags=0x0 nice=0 active=0/256
  pwq 150: cpus=75 node=1 flags=0x0 nice=0 active=0/256
  pwq 148: cpus=74 node=1 flags=0x0 nice=0 active=0/256
  pwq 146: cpus=73 node=1 flags=0x0 nice=0 active=0/256
  pwq 144: cpus=72 node=1 flags=0x0 nice=0 active=0/256
  pwq 142: cpus=71 node=1 flags=0x0 nice=0 active=0/256
  pwq 140: cpus=70 node=1 flags=0x0 nice=0 active=0/256
  pwq 138: cpus=69 node=1 flags=0x0 nice=0 active=0/256
  pwq 136: cpus=68 node=1 flags=0x0 nice=0 active=0/256
  pwq 134: cpus=67 node=1 flags=0x0 nice=0 active=0/256
  pwq 132: cpus=66 node=1 flags=0x0 nice=0 active=0/256
  pwq 130: cpus=65 node=1 flags=0x0 nice=0 active=0/256
  pwq 128: cpus=64 node=1 flags=0x0 nice=0 active=0/256
  pwq 126: cpus=63 node=1 flags=0x0 nice=0 active=0/256
  pwq 124: cpus=62 node=1 flags=0x0 nice=0 active=0/256
  pwq 122: cpus=61 node=1 flags=0x0 nice=0 active=0/256
  pwq 120: cpus=60 node=1 flags=0x0 nice=0 active=0/256
  pwq 118: cpus=59 node=1 flags=0x0 nice=0 active=0/256
  pwq 116: cpus=58 node=1 flags=0x0 nice=0 active=0/256
  pwq 114: cpus=57 node=1 flags=0x0 nice=0 active=0/256
  pwq 112: cpus=56 node=1 flags=0x0 nice=0 active=0/256
  pwq 110: cpus=55 node=1 flags=0x0 nice=0 active=0/256
  pwq 108: cpus=54 node=1 flags=0x0 nice=0 active=0/256
  pwq 106: cpus=53 node=1 flags=0x0 nice=0 active=0/256
  pwq 104: cpus=52 node=1 flags=0x0 nice=0 active=0/256
  pwq 102: cpus=51 node=1 flags=0x0 nice=0 active=0/256
  pwq 100: cpus=50 node=1 flags=0x0 nice=0 active=0/256
  pwq 98: cpus=49 node=1 flags=0x0 nice=0 active=0/256
  pwq 96: cpus=48 node=1 flags=0x0 nice=0 active=0/256
  pwq 94:
 cpus=47 node=1 flags=0x0 nice=0 active=0/256
  pwq 92: cpus=46 node=1 flags=0x0 nice=0 active=0/256
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 cpus=39 node=0 flags=0x0 nice=0 active=0/256
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 cpus=30 node=0 flags=0x0 nice=0 active=0/256
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  pwq 0: cpus=0 node=0 flags=0x0 nice=0 active=0/256
workqueue bioset: flags=0x8
  pwq 318: cpus=159 node=17 flags=0x0 nice=0 active=0/256
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 cpus=155 node=17 flags=0x0 nice=0 active=0/256
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 cpus=138 node=17 flags=0x0 nice=0 active=0/256
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 cpus=105 node=16 flags=0x0 nice=0 active=0/256
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 cpus=88 node=16 flags=0x0 nice=0 active=0/256
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  pwq 108:
 cpus=54 node=1 flags=0x0 nice=0 active=0/256
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  pwq 98: cpus=49 node=1 flags=0x0 nice=0 active=0/256
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  pwq 94: cpus=47 node=1 flags=0x0 nice=0 active=0/256
  pwq 92: cpus=46 node=1 flags=0x0 nice=0 active=0/256
  pwq 90: cpus=45 node=1 flags=0x0 nice=0 active=0/256
  pwq 88: cpus=44 node=1 flags=0x0 nice=0 active=0/256
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  pwq 76: cpus=38 node=0 flags=0x0 nice=0 active=0/256
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  pwq 72:
 cpus=36 node=0 flags=0x0 nice=0 active=0/256
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  pwq 68: cpus=34 node=0 flags=0x0 nice=0 active=0/256
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  pwq 64: cpus=32 node=0 flags=0x0 nice=0 active=0/256
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  pwq 54: cpus=27 node=0 flags=0x0 nice=0 active=0/256
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  pwq 44: cpus=22 node=0 flags=0x0 nice=0 active=0/256
  pwq 42:
 cpus=21 node=0 flags=0x0 nice=0 active=0/256
  pwq 40: cpus=20 node=0 flags=0x0 nice=0 active=0/256
  pwq 38: cpus=19 node=0 flags=0x0 nice=0 active=0/256
  pwq 36: cpus=18 node=0 flags=0x0 nice=0 active=0/256
  pwq 34: cpus=17 node=0 flags=0x0 nice=0 active=0/256
  pwq 32: cpus=16 node=0 flags=0x0 nice=0 active=0/256
  pwq 30: cpus=15 node=0 flags=0x0 nice=0 active=0/256
  pwq 28: cpus=14 node=0 flags=0x0 nice=0 active=0/256
  pwq 26: cpus=13 node=0 flags=0x0 nice=0 active=0/256
  pwq 24: cpus=12 node=0 flags=0x0 nice=0 active=0/256
  pwq 22: cpus=11 node=0 flags=0x0 nice=0 active=0/256
  pwq 20: cpus=10 node=0 flags=0x0 nice=0 active=0/256
  pwq 18:
 cpus=9 node=0 flags=0x0 nice=0 active=0/256
  pwq 16: cpus=8 node=0 flags=0x0 nice=0 active=0/256
  pwq 14: cpus=7 node=0 flags=0x0 nice=0 active=0/256
  pwq 12: cpus=6 node=0 flags=0x0 nice=0 active=0/256
  pwq 10: cpus=5 node=0 flags=0x0 nice=0 active=0/256
  pwq 8: cpus=4 node=0 flags=0x0 nice=0 active=0/256
  pwq 6: cpus=3 node=0 flags=0x0 nice=0 active=0/256
  pwq 4: cpus=2 node=0 flags=0x0 nice=0 active=0/256
  pwq 2: cpus=1 node=0 flags=0x0 nice=0 active=0/256
  pwq 0: cpus=0 node=0 flags=0x0 nice=0 active=0/256
workqueue bioset: flags=0x8
  pwq 318: cpus=159 node=17 flags=0x0 nice=0 active=0/256
  pwq 316: cpus=158 node=17 flags=0x0 nice=0 active=0/256
  pwq 314: cpus=157 node=17 flags=0x0 nice=0 active=0/256
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  pwq 290:
 cpus=145 node=17 flags=0x0 nice=0 active=0/256
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  pwq 256:
 cpus=128 node=17 flags=0x0 nice=0 active=0/256
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  pwq 222:
 cpus=111 node=16 flags=0x0 nice=0 active=0/256
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 cpus=110 node=16 flags=0x0 nice=0 active=0/256
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  pwq 190:
 cpus=95 node=16 flags=0x0 nice=0 active=0/256
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  pwq 136: cpus=68 node=1 flags=0x0 nice=0 active=0/256
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  pwq 132: cpus=66 node=1 flags=0x0 nice=0 active=0/256
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  pwq 128: cpus=64 node=1 flags=0x0 nice=0 active=0/256
  pwq 126: cpus=63 node=1 flags=0x0 nice=0 active=0/256
  pwq 124: cpus=62 node=1 flags=0x0 nice=0 active=0/256
  pwq 122: cpus=61 node=1 flags=0x0 nice=0 active=0/256
  pwq 120:
 cpus=60 node=1 flags=0x0 nice=0 active=0/256
  pwq 118: cpus=59 node=1 flags=0x0 nice=0 active=0/256
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  pwq 114:
 cpus=57 node=1 flags=0x0 nice=0 active=0/256
  pwq 112: cpus=56 node=1 flags=0x0 nice=0 active=0/256
  pwq 110: cpus=55 node=1 flags=0x0 nice=0 active=0/256
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  pwq 106: cpus=53 node=1 flags=0x0 nice=0 active=0/256
  pwq 104: cpus=52 node=1 flags=0x0 nice=0 active=0/256
  pwq 102: cpus=51 node=1 flags=0x0 nice=0 active=0/256
  pwq 100: cpus=50 node=1 flags=0x0 nice=0 active=0/256
  pwq 98: cpus=49 node=1 flags=0x0 nice=0 active=0/256
  pwq 96: cpus=48 node=1 flags=0x0 nice=0 active=0/256
  pwq 94: cpus=47 node=1 flags=0x0 nice=0 active=0/256
  pwq 92: cpus=46 node=1 flags=0x0 nice=0 active=0/256
  pwq 90: cpus=45 node=1 flags=0x0 nice=0 active=0/256
  pwq 88: cpus=44 node=1 flags=0x0 nice=0 active=0/256
  pwq 86:
 cpus=43 node=1 flags=0x0 nice=0 active=0/256
  pwq 84: cpus=42 node=1 flags=0x0 nice=0 active=0/256
  pwq 82: cpus=41 node=1 flags=0x0 nice=0 active=0/256
  pwq 80: cpus=40 node=1 flags=0x0 nice=0 active=0/256
  pwq 78: cpus=39 node=0 flags=0x0 nice=0 active=0/256
  pwq 76: cpus=38 node=0 flags=0x0 nice=0 active=0/256
  pwq 74:
 cpus=37 node=0 flags=0x0 nice=0 active=0/256
  pwq 72: cpus=36 node=0 flags=0x0 nice=0 active=0/256
  pwq 70: cpus=35 node=0 flags=0x0 nice=0 active=0/256
  pwq 68: cpus=34 node=0 flags=0x0 nice=0 active=0/256
  pwq 66: cpus=33 node=0 flags=0x0 nice=0 active=0/256
  pwq 64: cpus=32 node=0 flags=0x0 nice=0 active=0/256
  pwq 62: cpus=31 node=0 flags=0x0 nice=0 active=0/256
  pwq 60: cpus=30 node=0 flags=0x0 nice=0 active=0/256
  pwq 58: cpus=29 node=0 flags=0x0 nice=0 active=0/256
  pwq 56: cpus=28 node=0 flags=0x0 nice=0 active=0/256
  pwq 54: cpus=27 node=0 flags=0x0 nice=0 active=0/256
  pwq 52: cpus=26 node=0 flags=0x0 nice=0 active=0/256
  pwq 50: cpus=25 node=0 flags=0x0 nice=0 active=0/256
  pwq 48: cpus=24 node=0 flags=0x0 nice=0 active=0/256
  pwq 46: cpus=23 node=0 flags=0x0 nice=0 active=0/256
  pwq 44: cpus=22 node=0 flags=0x0 nice=0 active=0/256
  pwq 42: cpus=21 node=0 flags=0x0 nice=0 active=0/256
  pwq 40: cpus=20 node=0 flags=0x0 nice=0 active=0/256
  pwq 38: cpus=19 node=0 flags=0x0 nice=0 active=0/256
  pwq 36: cpus=18 node=0 flags=0x0 nice=0 active=0/256
  pwq 34: cpus=17 node=0 flags=0x0 nice=0 active=0/256
  pwq 32: cpus=16 node=0 flags=0x0 nice=0 active=0/256
  pwq 30: cpus=15 node=0 flags=0x0 nice=0 active=0/256
  pwq 28: cpus=14 node=0 flags=0x0 nice=0 active=0/256
  pwq 26: cpus=13 node=0 flags=0x0 nice=0 active=0/256
  pwq 24: cpus=12 node=0 flags=0x0 nice=0 active=0/256
  pwq 22: cpus=11 node=0 flags=0x0 nice=0 active=0/256
  pwq 20: cpus=10 node=0 flags=0x0 nice=0 active=0/256
  pwq 18: cpus=9 node=0 flags=0x0 nice=0 active=0/256
  pwq 16:
 cpus=8 node=0 flags=0x0 nice=0 active=0/256
  pwq 14: cpus=7 node=0 flags=0x0 nice=0 active=0/256
  pwq 12: cpus=6 node=0 flags=0x0 nice=0 active=0/256
  pwq 10: cpus=5 node=0 flags=0x0 nice=0 active=0/256
  pwq 8: cpus=4 node=0 flags=0x0 nice=0 active=0/256
  pwq 6: cpus=3 node=0 flags=0x0 nice=0 active=0/256
  pwq 4: cpus=2 node=0 flags=0x0 nice=0 active=0/256
  pwq 2: cpus=1 node=0 flags=0x0 nice=0 active=0/256
  pwq 0: cpus=0 node=0 flags=0x0 nice=0 active=0/256
workqueue bioset: flags=0x8
  pwq 318: cpus=159 node=17 flags=0x0 nice=0 active=0/56
  pwq 184: cpus=92 node=16 flags=0x0 nice=0 active=0/256
  pwq 182: cpus=91 node=16 flags=0x0 nice=0 active=0/256
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  pwq 170: cpus=85 node=16 flags=0x0 nice=0 active=0/256
  pwq 168: cpus=84 node=16 flags=0x0 nice=0 active=0/256
  pwq 166: cpus=83 node=16 flags=0x0 nice=0 active=0/256
  pwq 164: cpus=82 node=16 flags=0x0 nice=0 active=0/256
  pwq 162: cpus=81 node=16 flags=0x0 nice=0 active=0/256
  pwq 160: cpus=80 node=16 flags=0x0 nice=0 active=0/256
  pwq 158: cpus=79 node=1 flags=0x0 nice=0 active=0/256
  pwq 156: cpus=78 node=1 flags=0x0 nice=0 active=0/256
  pwq 154: cpus=77 node=1 flags=0x0 nice=0 active=0/256
  pwq 152: cpus=76 node=1 flags=0x0 nice=0 active=0/256
  pwq 150: cpus=75 node=1 flags=0x0 nice=0 active=0/256
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  pwq 144: cpus=72 node=1 flags=0x0 nice=0 active=0/256
  pwq 142: cpus=71 node=1 flags=0x0 nice=0 active=0/256
  pwq 140: cpus=70 node=1 flags=0x0 nice=0 active=0/256
  pwq 138: cpus=69 node=1 flags=0x0 nice=0 active=0/256
  pwq 136: cpus=68 node=1 flags=0x0 nice=0 active=0/256
  pwq 134:
 cpus=67 node=1 flags=0x0 nice=0 active=0/256
  pwq 132: cpus=66 node=1 flags=0x0 nice=0 active=0/256
  pwq 130: cpus=65 node=1 flags=0x0 nice=0 active=0/256
  pwq 128: cpus=64 node=1 flags=0x0 nice=0 active=0/256
  pwq 126: cpus=63 node=1 flags=0x0 nice=0 active=0/256
  pwq 124: cpus=62 node=1 flags=0x0 nice=0 active=0/256
  pwq 122: cpus=61 node=1 flags=0x0 nice=0 active=0/256
  pwq 120: cpus=60 node=1 flags=0x0 nice=0 active=0/256
  pwq 118: cpus=59 node=1 flags=0x0 nice=0 active=0/256
  pwq 116: cpus=58 node=1 flags=0x0 nice=0 active=0/256
  pwq 114: cpus=57 node=1 flags=0x0 nice=0 active=0/256
  pwq 112: cpus=56 node=1 flags=0x0 nice=0 active=0/256
  pwq 110: cpus=55 node=1 flags=0x0 nice=0 active=0/256
  pwq 108: cpus=54 node=1 flags=0x0 nice=0 active=0/256
  pwq 106: cpus=53 node=1 flags=0x0 nice=0 active=0/256
  pwq 104: cpus=52 node=1 flags=0x0 nice=0 active=0/256
  pwq 102: cpus=51 node=1 flags=0x0 nice=0 active=0/256
  pwq 100: cpus=50 node=1 flags=0x0 nice=0 active=0/256
  pwq 98: cpus=49 node=1 flags=0x0 nice=0 active=0/256
  pwq 96: cpus=48 node=1 flags=0x0 nice=0 active=0/256
  pwq 94: cpus=47 node=1 flags=0x0 nice=0 active=0/256
  pwq 92: cpus=46 node=1 flags=0x0 nice=0 active=0/256
  pwq 90: cpus=45 node=1 flags=0x0 nice=0 active=0/256
  pwq 88: cpus=44 node=1 flags=0x0 nice=0 active=0/256
  pwq 86: cpus=43 node=1 flags=0x0 nice=0 active=0/256
  pwq 84: cpus=42 node=1 flags=0x0 nice=0 active=0/256
  pwq 82: cpus=41 node=1 flags=0x0 nice=0 active=0/256
  pwq 80: cpus=40 node=1 flags=0x0 nice=0 active=0/256
  pwq 78: cpus=39 node=0 flags=0x0 nice=0 active=0/256
  pwq 76: cpus=38 node=0 flags=0x0 nice=0 active=0/256
  pwq 74: cpus=37 node=0 flags=0x0 nice=0 active=0/256
  pwq 72: cpus=36 node=0 flags=0x0 nice=0 active=0/256
  pwq 70: cpus=35 node=0 flags=0x0 nice=0 active=0/256
  pwq 68: cpus=34 node=0 flags=0x0 nice=0 active=0/256
  pwq 66: cpus=33 node=0 flags=0x0 nice=0 active=0/256
  pwq 64:
 cpus=32 node=0 flags=0x0 nice=0 active=0/256
  pwq 62: cpus=31 node=0 flags=0x0 nice=0 active=0/256
  pwq 60: cpus=30 node=0 flags=0x0 nice=0 active=0/256
  pwq 58: cpus=29 node=0 flags=0x0 nice=0 active=0/256
  pwq 56: cpus=28 node=0 flags=0x0 nice=0 active=0/256
  pwq 54: cpus=27 node=0 flags=0x0 nice=0 active=0/256
  pwq 52: cpus=26 node=0 flags=0x0 nice=0 active=0/256
  pwq 50: cpus=25 node=0 flags=0x0 nice=0 active=0/256
  pwq 48: cpus=24 node=0 flags=0x0 nice=0 active=0/256
  pwq 46: cpus=23 node=0 flags=0x0 nice=0 active=0/256
  pwq 44: cpus=22 node=0 flags=0x0 nice=0 active=0/256
  pwq 42: cpus=21 node=0 flags=0x0 nice=0 active=0/256
  pwq 40: cpus=20 node=0 flags=0x0 nice=0 active=0/256
  pwq 38: cpus=19 node=0 flags=0x0 nice=0 active=0/256
  pwq 36: cpus=18 node=0 flags=0x0 nice=0 active=0/256
  pwq 34: cpus=17 node=0 flags=0x0 nice=0 active=0/256
  pwq 32: cpus=16 node=0 flags=0x0 nice=0 active=0/256
  pwq 30: cpus=15 node=0 flags=0x0 nice=0 active=0/256
  pwq 28:
 cpus=14 node=0 flags=0x0 nice=0 active=0/256
  pwq 26: cpus=13 node=0 flags=0x0 nice=0 active=0/256
  pwq 24: cpus=12 node=0 flags=0x0 nice=0 active=0/256
  pwq 22: cpus=11 node=0 flags=0x0 nice=0 active=0/256
  pwq 20: cpus=10 node=0 flags=0x0 nice=0 active=0/256
  pwq 18: cpus=9 node=0 flags=0x0 nice=0 active=0/256
  pwq 16: cpus=8 node=0 flags=0x0 nice=0 active=0/256
  pwq 14:
 cpus=7 node=0 flags=0x0 nice=0 active=0/256
  pwq 12: cpus=6 node=0 flags=0x0 nice=0 active=0/256
  pwq 10: cpus=5 node=0 flags=0x0 nice=0 active=0/256
  pwq 8: cpus=4 node=0 flags=0x0 nice=0 active=0/256
  pwq 6: cpus=3 node=0 flags=0x0 nice=0 active=0/256
  pwq 4: cpus=2 node=0 flags=0x0 nice=0 active=0/256
  pwq 2: cpus=1 node=0 flags=0x0 nice=0 active=0/256
  pwq 0: cpus=0 node=0 flags=0x0 nice=0 active=0/256
workqueue bioset: flags=0x8
  pwq 318: cpus=159 node=17 flags=0x0 nice=0 active=0/256
  pwq 316: cpus=158 node=17 flags=0x0 nice=0 active=0/256
  pwq 314: cpus=157 node=17 flags=0x0 nice=0 active=0/256
  pwq 312: cpus=156 node=17 flags=0x0 nice=0 active=0/256
  pwq 310: cpus=155 node=17 flags=0x0 nice=0 active=0/256
  pwq 308: cpus=154 node=17 flags=0x0 nice=0 active=0/256
  pwq 306: cpus=153 node=17 flags=0x0 nice=0 active=0/256
  pwq 304: cpus=152 node=17 flags=0x0 nice=0 active=0/256
  pwq 302: cpus=151 node=17 flags=0x0 nice=0 active=0/256
  pwq 300: cpus=150 node=17 flags=0x0 nice=0 active=0/256
  pwq 298: cpus=149 node=17 flags=0x0 nice=0 active=0/256
  pwq 296: cpus=148 node=17 flags=0x0 nice=0 active=0/256
  pwq 294: cpus=147 node=17 flags=0x0 nice=0 active=0/256
  pwq 292: cpus=146 node=17 flags=0x0 nice=0 active=0/256
  pwq 290: cpus=145 node=17 flags=0x0 nice=0 active=0/256
  pwq 288: cpus=144 node=17 flags=0x0 nice=0 active=0/256
  pwq 286: cpus=143 node=17 flags=0x0 nice=0 active=0/256
  pwq 284: cpus=142 node=17 flags=0x0 nice=0 active=0/256
  pwq 282: cpus=141 node=17 flags=0x0 nice=0 active=0/256
  pwq 280:
 cpus=140 node=17 flags=0x0 nice=0 active=0/256
  pwq 278: cpus=139 node=17 flags=0x0 nice=0 active=0/256
  pwq 276: cpus=138 node=17 flags=0x0 nice=0 active=0/256
  pwq 274: cpus=137 node=17 flags=0x0 nice=0 active=0/256
  pwq 272: cpus=136 node=17 flags=0x0 nice=0 active=0/256
  pwq 270: cpus=135 node=17 flags=0x0 nice=0 active=0/256
  pwq 268: cpus=134 node=17 flags=0x0 nice=0 active=0/256
  pwq 266: cpus=133 node=17 flags=0x0 nice=0 active=0/256
  pwq 264: cpus=132 node=17 flags=0x0 nice=0 active=0/256
  pwq 262: cpus=131 node=17 flags=0x0 nice=0 active=0/256
  pwq 260: cpus=130 node=17 flags=0x0 nice=0 active=0/256
  pwq 258: cpus=129 node=17 flags=0x0 nice=0 active=0/256
  pwq 256: cpus=128 node=17 flags=0x0 nice=0 active=0/256
  pwq 254: cpus=127 node=17 flags=0x0 nice=0 active=0/256
  pwq 252: cpus=126 node=17 flags=0x0 nice=0 active=0/256
  pwq 250: cpus=125 node=17 flags=0x0 nice=0 active=0/256
  pwq 248:
 cpus=124 node=17 flags=0x0 nice=0 active=0/256
  pwq 246: cpus=123 node=17 flags=0x0 nice=0 active=0/256
  pwq 244: cpus=122 node=17 flags=0x0 nice=0 active=0/256
  pwq 242: cpus=121 node=17 flags=0x0 nice=0 active=0/256
  pwq 240: cpus=120 node=17 flags=0x0 nice=0 active=0/256
  pwq 238: cpus=119 node=16 flags=0x0 nice=0 active=0/256
  pwq 236: cpus=118 node=16 flags=0x0 nice=0 active=0/256
  pwq 234: cpus=117 node=16 flags=0x0 nice=0 active=0/256
  pwq 232: cpus=116 node=16 flags=0x0 nice=0 active=0/256
  pwq 230: cpus=115 node=16 flags=0x0 nice=0 active=0/256
  pwq 228: cpus=114 node=16 flags=0x0 nice=0 active=0/256
  pwq 226: cpus=113 node=16 flags=0x0 nice=0 active=0/256
  pwq 224: cpus=112 node=16 flags=0x0 nice=0 active=0/256
  pwq 222: cpus=111 node=16 flags=0x0 nice=0 active=0/256
  pwq 220: cpus=110 node=16 flags=0x0 nice=0 active=0/256
  pwq 218: cpus=109 node=16 flags=0x0 nice=0 active=0/256
  pwq 216: cpus=108 node=16 flags=0x0 nice=0 active=0/256
  pwq 214: cpus=107 node=16 flags=0x0 nice=0 active=0/256
  pwq 212: cpus=106 node=16 flags=0x0 nice=0 active=0/256
  pwq 210: cpus=105 node=16 flags=0x0 nice=0 active=0/256
  pwq 208: cpus=104 node=16 flags=0x0 nice=0 active=0/256
  pwq 206: cpus=103 node=16 flags=0x0 nice=0 active=0/256
  pwq 204: cpus=102 node=16 flags=0x0 nice=0 active=0/256
  pwq 202: cpus=101 node=16 flags=0x0 nice=0 active=0/256
  pwq 200: cpus=100 node=16 flags=0x0 nice=0 active=0/256
  pwq 198: cpus=99 node=16 flags=0x0 nice=0 active=0/256
  pwq 196: cpus=98 node=16 flags=0x0 nice=0 active=0/256
  pwq 194: cpus=97 node=16 flags=0x0 nice=0 active=0/256
  pwq 192: cpus=96 node=16 flags=0x0 nice=0 active=0/256
  pwq 190: cpus=95 node=16 flags=0x0 nice=0 active=0/256
  pwq 188: cpus=94 node=16 flags=0x0 nice=0 active=0/256
  pwq 186: cpus=93 node=16 flags=0x0 nice=0 active=0/256
  pwq 184: cpus=92 node=16 flags=0x0 nice=0 active=0/256
  pwq 182: cpus=91 node=16 flags=0x0 nice=0 active=0/256
  pwq 180:
 cpus=90 node=16 flags=0x0 nice=0 active=0/256
  pwq 178: cpus=89 node=16 flags=0x0 nice=0 active=0/256
  pwq 176: cpus=88 node=16 flags=0x0 nice=0 active=0/256
  pwq 174: cpus=87 node=16 flags=0x0 nice=0 active=0/256
  pwq 172: cpus=86 node=16 flags=0x0 nice=0 active=0/256
  pwq 170: cpus=85 node=16 flags=0x0 nice=0 active=0/256
  pwq 168: cpus=84 node=16 flags=0x0 nice=0 active=0/256
  pwq 166: cpus=83 node=16 flags=0x0 nice=0 active=0/256
  pwq 164: cpus=82 node=16 flags=0x0 nice=0 active=0/256
  pwq 162: cpus=81 node=16 flags=0x0 nice=0 active=0/256
  pwq 160: cpus=80 node=16 flags=0x0 nice=0 active=0/256
  pwq 158: cpus=79 node=1 flags=0x0 nice=0 active=0/256
  pwq 156: cpus=78 node=1 flags=0x0 nice=0 active=0/256
  pwq 154: cpus=77 node=1 flags=0x0 nice=0 active=0/256
  pwq 152: cpus=76 node=1 flags=0x0 nice=0 active=0/256
  pwq 150: cpus=75 node=1 flags=0x0 nice=0 active=0/256
  pwq 148: cpus=74 node=1 flags=0x0 nice=0 active=0/256
  pwq 146: cpus=73 node=1 flags=0x0 nice=0 active=0/256
  pwq 144: cpus=72 node=1 flags=0x0 nice=0 active=0/256
  pwq 142: cpus=71 node=1 flags=0x0 nice=0 active=0/256
  pwq 140: cpus=70 node=1 flags=0x0 nice=0 active=0/256
  pwq 138: cpus=69 node=1 flags=0x0 nice=0 active=0/256
  pwq 136: cpus=68 node=1 flags=0x0 nice=0 active=0/256
  pwq 134: cpus=67 node=1 flags=0x0 nice=0 active=0/256
  pwq 132:
 cpus=66 node=1 flags=0x0 nice=0 active=0/256
  pwq 130: cpus=65 node=1 flags=0x0 nice=0 active=0/256
  pwq 128: cpus=64 node=1 flags=0x0 nice=0 active=0/256
  pwq 126: cpus=63 node=1 flags=0x0 nice=0 active=0/256
  pwq 124: cpus=62 node=1 flags=0x0 nice=0 active=0/256
  pwq 122: cpus=61 node=1 flags=0x0 nice=0 active=0/256
  pwq 120: cpus=60 node=1 flags=0x0 nice=0 active=0/256
  pwq 118: cpus=59 node=1 flags=0x0 nice=0 active=0/256
  pwq 116: cpus=58 node=1 flags=0x0 nice=0 active=0/256
  pwq 114: cpus=57 node=1 flags=0x0 nice=0 active=0/256
  pwq 112: cpus=56 node=1 flags=0x0 nice=0 active=0/256
  pwq 110: cpus=55 node=1 flags=0x0 nice=0 active=0/256
  pwq 108: cpus=54 node=1 flags=0x0 nice=0 active=0/256
  pwq 106: cpus=53 node=1 flags=0x0 nice=0 active=0/256
  pwq 104: cpus=52 node=1 flags=0x0 nice=0 active=0/256
  pwq 102: cpus=51 node=1 flags=0x0 nice=0 active=0/256
  pwq 100: cpus=50 node=1 flags=0x0 nice=0 active=0/256
  pwq 98: cpus=49 node=1 flags=0x0 nice=0 active=0/256
  pwq 96: cpus=48 node=1 flags=0x0 nice=0 active=0/256
  pwq 94: cpus=47 node=1 flags=0x0 nice=0 active=0/256
  pwq 92: cpus=46 node=1 flags=0x0 nice=0 active=0/256
  pwq 90: cpus=45 node=1 flags=0x0 nice=0 active=0/256
  pwq 88: cpus=44 node=1 flags=0x0 nice=0 active=0/256
  pwq 86: cpus=43 node=1 flags=0x0 nice=0 active=0/256
  pwq 84: cpus=42 node=1 flags=0x0 nice=0 active=0/256
  pwq 82: cpus=41 node=1 flags=0x0 nice=0 active=0/256
  pwq 80: cpus=40 node=1 flags=0x0 nice=0 active=0/256
  pwq 78: cpus=39 node=0 flags=0x0 nice=0 active=0/256
  pwq 76:
 cpus=38 node=0 flags=0x0 nice=0 active=0/256
  pwq 74: cpus=37 node=0 flags=0x0 nice=0 active=0/256
  pwq 72: cpus=36 node=0 flags=0x0 nice=0 active=0/256
  pwq 70: cpus=35 node=0 flags=0x0 nice=0 active=0/256
  pwq 68: cpus=34 node=0 flags=0x0 nice=0 active=0/256
  pwq 66: cpus=33 node=0 flags=0x0 nice=0 active=0/256
  pwq 64: cpus=32 node=0 flags=0x0 nice=0 active=0/256
  pwq 62: cpus=31 node=0 flags=0x0 nice=0 active=0/256
  pwq 60: cpus=30 node=0 flags=0x0 nice=0 active=0/256
  pwq 58: cpus=29 node=0 flags=0x0 nice=0 active=0/256
  pwq 56: cpus=28 node=0 flags=0x0 nice=0 active=0/256
  pwq 54: cpus=27 node=0 flags=0x0 nice=0 active=0/256
  pwq 52: cpus=26 node=0 flags=0x0 nice=0 active=0/256
  pwq 50: cpus=25 node=0 flags=0x0 nice=0 active=0/256
  pwq 48: cpus=24 node=0 flags=0x0 nice=0 active=0/256
  pwq 46: cpus=23 node=0 flags=0x0 nice=0 active=0/256
  pwq 44: cpus=22 node=0 flags=0x0 nice=0 active=0/256
  pwq 42:
 cpus=21 node=0 flags=0x0 nice=0 active=0/256
  pwq 40: cpus=20 node=0 flags=0x0 nice=0 active=0/256
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  pwq 36:
 cpus=18 node=0 flags=0x0 nice=0 active=0/256
  pwq 34: cpus=17 node=0 flags=0x0 nice=0 active=0/256
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  pwq 24: cpus=12 node=0 flags=0x0 nice=0 active=0/256
  pwq 22: cpus=11 node=0 flags=0x0 nice=0 active=0/256
  pwq 20: cpus=10 node=0 flags=0x0 nice=0 active=0/256
  pwq 18: cpus=9 node=0 flags=0x0 nice=0 active=0/256
  pwq 16: cpus=8 node=0 flags=0x0 nice=0 active=0/256
  pwq 14: cpus=7 node=0 flags=0x0 nice=0 active=0/256
  pwq 12: cpus=6 node=0 flags=0x0 nice=0 active=0/256
  pwq 10: cpus=5 node=0 flags=0x0 nice=0 active=0/256
  pwq 8: cpus=4 node=0 flags=0x0 nice=0 active=0/256
  pwq 6:
 cpus=3 node=0 flags=0x0 nice=0 active=0/256
  pwq 4: cpus=2 node=0 flags=0x0 nice=0 active=0/256
  pwq 2: cpus=1 node=0 flags=0x0 nice=0 active=0/256
  pwq 0: cpus=0 node=0 flags=0x0 nice=0 active=0/256
workqueue bioset: flags=0x8
  pwq 318: cpus=159 node=17 flags=0x0 nice=0 active=0/256
  pwq 316: cpus=158 node=17 flags=0x0 nice=0 active=0/256
  pwq 314: cpus=157 node=17 flags=0x0 nice=0 active=0/256
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  pwq 302:
 cpus=151 node=17 flags=0x0 nice=0 active=0/256
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  pwq 260:
 cpus=130 node=17 flags=0x0 nice=0 active=0/256
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  pwq 226:
 cpus=113 node=16 flags=0x0 nice=0 active=0/256
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  pwq 162: cpus=81 node=16 flags=0x0 nice=0 active=0/256
  pwq 160:
 cpus=80 node=16 flags=0x0 nice=0 active=0/256
  pwq 158: cpus=79 node=1 flags=0x0 nice=0 active=0/256
  pwq 156: cpus=78 node=1 flags=0x0 nice=0 active=0/256
  pwq 154: cpus=77 node=1 flags=0x0 nice=0 active=0/256
  pwq 152: cpus=76 node=1 flags=0x0 nice=0 active=0/256
  pwq 150: cpus=75 node=1 flags=0x0 nice=0 active=0/256
  pwq 148: cpus=74 node=1 flags=0x0 nice=0 active=0/256
  pwq 146: cpus=73 node=1 flags=0x0 nice=0 active=0/256
  pwq 144: cpus=72 node=1 flags=0x0 nice=0 active=0/256
  pwq 142: cpus=71 node=1 flags=0x0 nice=0 active=0/256
  pwq 140: cpus=70 node=1 flags=0x0 nice=0 active=0/256
  pwq 138: cpus=69 node=1 flags=0x0 nice=0 active=0/256
  pwq 136: cpus=68 node=1 flags=0x0 nice=0 active=0/256
  pwq 134: cpus=67 node=1 flags=0x0 nice=0 active=0/256
  pwq 132: cpus=66 node=1 flags=0x0 nice=0 active=0/256
  pwq 130: cpus=65 node=1 flags=0x0 nice=0 active=0/256
  pwq 128: cpus=64 node=1 flags=0x0 nice=0 active=0/256
  pwq 126: cpus=63 node=1 flags=0x0 nice=0 active=0/256
  pwq 124:
 cpus=62 node=1 flags=0x0 nice=0 active=0/256
  pwq 122: cpus=61 node=1 flags=0x0 nice=0 active=0/256
  pwq 120: cpus=60 node=1 flags=0x0 nice=0 active=0/256
  pwq 118: cpus=59 node=1 flags=0x0 nice=0 active=0/256
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  pwq 110: cpus=55 node=1 flags=0x0 nice=0 active=0/256
  pwq 108: cpus=54 node=1 flags=0x0 nice=0 active=0/256
  pwq 106: cpus=53 node=1 flags=0x0 nice=0 active=0/256
  pwq 104: cpus=52 node=1 flags=0x0 nice=0 active=0/256
  pwq 102: cpus=51 node=1 flags=0x0 nice=0 active=0/256
  pwq 100: cpus=50 node=1 flags=0x0 nice=0 active=0/256
  pwq 98: cpus=49 node=1 flags=0x0 nice=0 active=0/256
  pwq 96: cpus=48 node=1 flags=0x0 nice=0 active=0/256
  pwq 94: cpus=47 node=1 flags=0x0 nice=0 active=0/256
  pwq 92: cpus=46 node=1 flags=0x0 nice=0 active=0/256
  pwq 90: cpus=45 node=1 flags=0x0 nice=0 active=0/256
  pwq 88: cpus=44 node=1 flags=0x0 nice=0 active=0/256
  pwq 86: cpus=43 node=1 flags=0x0 nice=0 active=0/256
  pwq 84: cpus=42 node=1 flags=0x0 nice=0 active=0/256
  pwq 82: cpus=41 node=1 flags=0x0 nice=0 active=0/256
  pwq 80: cpus=40 node=1 flags=0x0 nice=0 active=0/256
  pwq 78: cpus=39 node=0 flags=0x0 nice=0 active=0/256
  pwq 76: cpus=38 node=0 flags=0x0 nice=0 active=0/256
  pwq 74: cpus=37 node=0 flags=0x0 nice=0 active=0/256
  pwq 72: cpus=36 node=0 flags=0x0 nice=0 active=0/256
  pwq 70: cpus=35 node=0 flags=0x0 nice=0 active=0/256
  pwq 68: cpus=34 node=0 flags=0x0 nice=0 active=0/256
  pwq 66: cpus=33 node=0 flags=0x0 nice=0 active=0/256
  pwq 64: cpus=32 node=0 flags=0x0 nice=0 active=0/256
  pwq 62: cpus=31 node=0 flags=0x0 nice=0 active=0/256
  pwq 60: cpus=30 node=0 flags=0x0 nice=0 active=0/256
  pwq 58: cpus=29 node=0 flags=0x0 nice=0 active=0/256
  pwq 56:
 cpus=28 node=0 flags=0x0 nice=0 active=0/256
  pwq 54: cpus=27 node=0 flags=0x0 nice=0 active=0/256
  pwq 52: cpus=26 node=0 flags=0x0 nice=0 active=0/256
  pwq 50: cpus=25 node=0 flags=0x0 nice=0 active=0/256
  pwq 48: cpus=24 node=0 flags=0x0 nice=0 active=0/256
  pwq 46: cpus=23 node=0 flags=0x0 nice=0 active=0/256
  pwq 44: cpus=22 node=0 flags=0x0 nice=0 active=0/256
  pwq 42: cpus=21 node=0 flags=0x0 nice=0 active=0/256
  pwq 40: cpus=20 node=0 flags=0x0 nice=0 active=0/256
  pwq 38: cpus=19 node=0 flags=0x0 nice=0 active=0/256
  pwq 36: cpus=18 node=0 flags=0x0 nice=0 active=0/256
  pwq 34: cpus=17 node=0 flags=0x0 nice=0 active=0/256
  pwq 32: cpus=16 node=0 flags=0x0 nice=0 active=0/256
  pwq 30: cpus=15 node=0 flags=0x0 nice=0 active=0/256
  pwq 28: cpus=14 node=0 flags=0x0 nice=0 active=0/256
  pwq 26: cpus=13 node=0 flags=0x0 nice=0 active=0/256
  pwq 24: cpus=12 node=0 flags=0x0 nice=0 active=0/256
  pwq 22: cpus=11 node=0 flags=0x0 nice=0 active=0/256
  pwq 20:
 cpus=10 node=0 flags=0x0 nice=0 active=0/256
  pwq 18: cpus=9 node=0 flags=0x0 nice=0 active=0/256
  pwq 16: cpus=8 node=0 flags=0x0 nice=0 active=0/256
  pwq 14: cpus=7 node=0 flags=0x0 nice=0 active=0/256
  pwq 12: cpus=6 node=0 flags=0x0 nice=0 active=0/256
  pwq 10: cpus=5 node=0 flags=0x0 nice=0 active=0/256
  pwq 8: cpus=4 node=0 flags=0x0 nice=0 active=0/256
  pwq 6: cpus=3 node=0 flags=0x0 nice=0 active=0/256
  pwq 4: cpus=2 node=0 flags=0x0 nice=0 active=0/256
  pwq 2: cpus=1 node=0 flags=0x0 nice=0 active=0/256
  pwq 0:
 cpus=0 node=0 flags=0x0 nice=0 active=0/256
workqueue bioset: flags=0x8
  pwq 318: cpus=159 node=17 flags=0x0 nice=0 active=0/256
  pwq 316: cpus=158 node=17 flags=0x0 nice=0 active=0/256
  pwq 314: cpus=157 node=17 flags=0x0 nice=0 active=0/256
  pwq 312: cpus=156 node=17 flags=0x0 nice=0 active=0/256
  pwq 310: cpus=155 node=17 flags=0x0 nice=0 active=0/256
  pwq 308: cpus=154 node=17 flags=0x0 nice=0 active=0/256
  pwq 306:
 cpus=153 node=17 flags=0x0 nice=0 active=0/256
  pwq 304: cpus=152 node=17 flags=0x0 nice=0 active=0/256
  pwq 302: cpus=151 node=17 flags=0x0 nice=0 active=0/256
  pwq 300: cpus=150 node=17 flags=0x0 nice=0 active=0/256
  pwq 298: cpus=149 node=17 flags=0x0 nice=0 active=0/256
  pwq 296:
 cpus=148 node=17 flags=0x0 nice=0 active=0/256
  pwq 294: cpus=147 node=17 flags=0x0 nice=0 active=0/256
  pwq 292: cpus=146 node=17 flags=0x0 nice=0 active=0/256
  pwq 290: cpus=145 node=17 flags=0x0 nice=0 active=0/256
  pwq 288: cpus=144 node=17 flags=0x0 nice=0 active=0/256
  pwq 286: cpus=143 node=17 flags=0x0 nice=0 active=0/256
  pwq 284: cpus=142 node=17 flags=0x0 nice=0 active=0/256
  pwq 282: cpus=141 node=17 flags=0x0 nice=0 active=0/256
  pwq 280: cpus=140 node=17 flags=0x0 nice=0 active=0/256
  pwq 278: cpus=139 node=17 flags=0x0 nice=0 active=0/256
  pwq 276: cpus=138 node=17 flags=0x0 nice=0 active=0/256
  pwq 274: cpus=137 node=17 flags=0x0 nice=0 active=0/256
  pwq 272: cpus=136 node=17 flags=0x0 nice=0 active=0/256
  pwq 270: cpus=135 node=17 flags=0x0 nice=0 active=0/256
  pwq 268: cpus=134 node=17 flags=0x0 nice=0 active=0/256
  pwq 266: cpus=133 node=17 flags=0x0 nice=0 active=0/256
  pwq 264: cpus=132 node=17 flags=0x0 nice=0 active=0/256
  pwq 262: cpus=131 node=17 flags=0x0 nice=0 active=0/256
  pwq 260: cpus=130 node=17 flags=0x0 nice=0 active=0/256
  pwq 258: cpus=129 node=17 flags=0x0 nice=0 active=0/256
  pwq 256: cpus=128 node=17 flags=0x0 nice=0 active=0/256
  pwq 254: cpus=127 node=17 flags=0x0 nice=0 active=0/256
  pwq 252: cpus=126 node=17 flags=0x0 nice=0 active=0/256
  pwq 250: cpus=125 node=17 flags=0x0 nice=0 active=0/256
  pwq 248: cpus=124 node=17 flags=0x0 nice=0 active=0/256
  pwq 246: cpus=123 node=17 flags=0x0 nice=0 active=0/256
  pwq 244: cpus=122 node=17 flags=0x0 nice=0 active=0/256
  pwq 242: cpus=121 node=17 flags=0x0 nice=0 active=0/256
  pwq 240: cpus=120 node=17 flags=0x0 nice=0 active=0/256
  pwq 238:
 cpus=119 node=16 flags=0x0 nice=0 active=0/256
  pwq 236: cpus=118 node=16 flags=0x0 nice=0 active=0/256
  pwq 234: cpus=117 node=16 flags=0x0 nice=0 active=0/256
  pwq 232: cpus=116 node=16 flags=0x0 nice=0 active=0/256
  pwq 230: cpus=115 node=16 flags=0x0 nice=0 active=0/256
  pwq 228: cpus=114 node=16 flags=0x0 nice=0 active=0/256
  pwq 226: cpus=113 node=16 flags=0x0 nice=0 active=0/256
  pwq 224: cpus=112 node=16 flags=0x0 nice=0 active=0/256
  pwq 222: cpus=111 node=16 flags=0x0 nice=0 active=0/256
  pwq 220: cpus=110 node=16 flags=0x0 nice=0 active=0/256
  pwq 218: cpus=109 node=16 flags=0x0 nice=0 active=0/256
  pwq 216: cpus=108 node=16 flags=0x0 nice=0 active=0/256
  pwq 214: cpus=107 node=16 flags=0x0 nice=0 active=0/256
  pwq 212: cpus=106 node=16 flags=0x0 nice=0 active=0/256
  pwq 210: cpus=105 node=16 flags=0x0 nice=0 active=0/256
  pwq 208: cpus=104 node=16 flags=0x0 nice=0 active=0/256
  pwq 206: cpus=103 node=16 flags=0x0 nice=0 active=0/256
  pwq 204: cpus=102 node=16 flags=0x0 nice=0 active=0/256
  pwq 202: cpus=101 node=16 flags=0x0 nice=0 active=0/256
  pwq 200: cpus=100 node=16 flags=0x0 nice=0 active=0/256
  pwq 198: cpus=99 node=16 flags=0x0 nice=0 active=0/256
  pwq 196: cpus=98 node=16 flags=0x0 nice=0 active=0/256
  pwq 194: cpus=97 node=16 flags=0x0 nice=0 active=0/256
  pwq 192: cpus=96 node=16 flags=0x0 nice=0 active=0/256
  pwq 190: cpus=95 node=16 flags=0x0 nice=0 active=0/256
  pwq 188: cpus=94 node=16 flags=0x0 nice=0 active=0/256
  pwq 186: cpus=93 node=16 flags=0x0 nice=0 active=0/256
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  pwq 176: cpus=88 node=16 flags=0x0 nice=0 active=0/256
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  pwq 172:
 cpus=86 node=16 flags=0x0 nice=0 active=0/256
  pwq 170: cpus=85 node=16 flags=0x0 nice=0 active=0/256
  pwq 168: cpus=84 node=16 flags=0x0 nice=0 active=0/256
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  pwq 164: cpus=82 node=16 flags=0x0 nice=0 active=0/256
  pwq 162: cpus=81 node=16 flags=0x0 nice=0 active=0/256
  pwq 160: cpus=80 node=16 flags=0x0 nice=0 active=0/256
  pwq 158: cpus=79 node=1 flags=0x0 nice=0 active=0/256
  pwq 156: cpus=78 node=1 flags=0x0 nice=0 active=0/256
  pwq 154: cpus=77 node=1 flags=0x0 nice=0 active=0/256
  pwq 152: cpus=76 node=1 flags=0x0 nice=0 active=0/256
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  pwq 146: cpus=73 node=1 flags=0x0 nice=0 active=0/256
  pwq 144: cpus=72 node=1 flags=0x0 nice=0 active=0/256
  pwq 142: cpus=71 node=1 flags=0x0 nice=0 active=0/256
  pwq 140: cpus=70 node=1 flags=0x0 nice=0 active=0/256
  pwq 138:
 cpus=69 node=1 flags=0x0 nice=0 active=0/256
  pwq 136: cpus=68 node=1 flags=0x0 nice=0 active=0/256
  pwq 134: cpus=67 node=1 flags=0x0 nice=0 active=0/256
  pwq 132: cpus=66 node=1 flags=0x0 nice=0 active=0/256
  pwq 130: cpus=65 node=1 flags=0x0 nice=0 active=0/256
  pwq 128: cpus=64 node=1 flags=0x0 nice=0 active=0/256
  pwq 126: cpus=63 node=1 flags=0x0 nice=0 active=0/256
  pwq 124: cpus=62 node=1 flags=0x0 nice=0 active=0/256
  pwq 122: cpus=61 node=1 flags=0x0 nice=0 active=0/256
  pwq 120: cpus=60 node=1 flags=0x0 nice=0 active=0/256
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  pwq 98: cpus=49 node=1 flags=0x0 nice=0 active=0/256
  pwq 96: cpus=48 node=1 flags=0x0 nice=0 active=0/256
  pwq 94: cpus=47 node=1 flags=0x0 nice=0 active=0/256
  pwq 92: cpus=46 node=1 flags=0x0 nice=0 active=0/256
  pwq 90: cpus=45 node=1 flags=0x0 nice=0 active=0/256
  pwq 88: cpus=44 node=1 flags=0x0 nice=0 active=0/256
  pwq 86: cpus=43 node=1 flags=0x0 nice=0 active=0/256
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 cpus=34 node=0 flags=0x0 nice=0 active=0/256
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  pwq 56: cpus=28 node=0 flags=0234:
 cpus=117 node=16 flags=0x0 nice=0 active=0/256
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 cpus=92 node=16 flags=0x0 nice=0 active=0/256
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 cpus=58 node=1 flags=0x0 nice=0 active=0/256
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  pwq 80:
 cpus=40 node=1 flags=0x0 nice=0 active=0/256
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 cpus=37 node=0 flags=0x0 nice=0 active=0/256
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  pwq 60:
 cpus=30 node=0 flags=0x0 nice=0 active=0/256
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  pwq 22: cpus=11 node=0 flags=0x0 nice=0 active=0/256
  pwq 20: cpus=10 node=0 flags=0x0 nice=0 active=0/256
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  pwq 14: cpus=7 node=0 flags=0x0 nice=0 active=0/256
  pwq 12: cpus=6 node=0 flags=0x0 nice=0 active=0/256
  pwq 10:
 cpus=5 node=0 flags=0x0 nice=0 active=0/256
  pwq 8: cpus=4 node=0 flags=0x0 nice=0 active=0/256
  pwq 6: cpus=3 node=0 flags=0x0 nice=0 active=0/256
  pwq 4: cpus=2 node=0 flags=0x0 nice=0 active=0/256
  pwq 2: cpus=1 node=0 flags=0x0 nice=0 active=0/256
  pwq 0: cpus=0 node=0 flags=0x0 nice=0 active=0/256
workqueue bioset: flags=0x8
  pwq 318: cpus=159 node=17 flags=0x0 nice=0 active=0/256
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  pwq 296:
 cpus=148 node=17 flags=0x0 nice=0 active=0/256
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  pwq 230:
 cpus=115 node=16 flags=0x0 nice=0 active=0/256
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  pwq 172:
 cpus=86 node=16 flags=0x0 nice=0 active=0/256
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  pwq 158: cpus=79 node=1 flags=0x0 nice=0 active=0/256
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  pwq 128:
 cpus=64 node=1 flags=0x0 nice=0 active=0/256
  pwq 126: cpus=63 node=1 flags=0x0 nice=0 active=0/256
  pwq 124: cpus=62 node=1 flags=0x0 nice=0 active=0/256
  pwq 122: cpus=61 node=1 flags=0x0 nice=0 active=0/256
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  pwq 58:
 cpus=29 node=0 flags=0x0 nice=0 active=0/256
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  pwq 30: cpus=15 node=0 flags=0x0 nice=0 active=0/256
  pwq 28: cpus=14 node=0 flags=0x0 nice=0 active=0/256
  pwq 26: cpus=13 node=0 flags=0x0 nice=0 active=0/256
  pwq 24:
 cpus=12 node=0 flags=0x0 nice=0 active=0/256
  pwq 22: cpus=11 node=0 flags=0x0 nice=0 active=0/256
  pwq 20: cpus=10 node=0 flags=0x0 nice=0 active=0/256
  pwq 18: cpus=9 node=0 flags=0x0 nice=0 active=0/256
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  pwq 14: cpus=7 node=0 flags=0x0 nice=0 active=0/256
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  pwq 10: cpus=5 node=0 flags=0x0 nice=0 active=0/256
  pwq 8: cpus=4 node=0 flags=0x0 nice=0 active=0/256
  pwq 6: cpus=3 node=0 flags=0x0 nice=0 active=0/256
  pwq 4: cpus=2 node=0 flags=0x0 nice=0 active=0/256
  pwq 2: cpus=1 node=0 flags=0x0 nice=0 active=0/256
  pwq 0: cpus=0 node=0 flags=0x0 nice=0 active=0/256
workqueue bioset: flags=0x8
  pwq 318: cpus=159 node=17 flags=0x0 nice=0 active=0/256
  pwq 316: cpus=158 node=17 flags=0x0 nice=0 active=0/256
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  pwq 310:
 cpus=155 node=17 flags=0x0 nice=0 active=0/256
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 cpus=142 node=17 flags=0x0 nice=0 active=0/256
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 cpus=121 node=17 flags=0x0 nice=0 active=0/256
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 cpus=105 node=16 flags=0x0 nice=0 active=0/256
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 cpus=81 node=16 flags=0x0 nice=0 active=0/256
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  pwq 106:
 cpus=53 node=1 flags=0x0 nice=0 active=0/256
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  pwq 80:
 cpus=40 node=1 flags=0x0 nice=0 active=0/256
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  pwq 72:
 cpus=36 node=0 flags=0x0 nice=0 active=0/256
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  pwq 28: cpus=14 node=0 flags=0x0 nice=0 active=0/256
  pwq 26: cpus=13 node=0 flags=0x0 nice=0 active=0/256
  pwq 24: cpus=12 node=0 flags=0x0 nice=0 active=0/256
  pwq 22: cpus=11 node=0 flags=0x0 nice=0 active=0/256
  pwq 20: cpus=10 node=0 flags=0x0 nice=0 active=0/256
  pwq 18: cpus=9 node=0 flags=0x0 nice=0 active=0/256
  pwq 16: cpus=8 node=0 flags=0x0 nice=0 active=0/256
  pwq 14: cpus=7 node=0 flags=0x0 nice=0 active=0/256
  pwq 12: cpus=6 node=0 flags=0x0 nice=0 active=0/256
  pwq 10: cpus=5 node=0 flags=0x0 nice=0 active=0/256
  pwq 8: cpus=4 node=0 flags=0x0 nice=0 active=0/256
  pwq 6: cpus=3 node=0 flags=0x0 nice=0 active=0/256
  pwq 4: cpus=2 node=0 flags=0x0 nice=0 active=0/256
  pwq 2: cpus=1 node=0 flags=0x0 nice=0 active=0/256
  pwq 0:
 cpus=0 node=0 flags=0x0 nice=0 active=0/256
workqueue bioset: flags=0x8
  pwq 318: cpus=159 node=17 flags=0x0 nice=0 active=0/256
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  pwq 254:
 cpus=127 node=17 flags=0x0 nice=0 active=0/256
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  pwq 188:
 cpus=94 node=16 flags=0x0 nice=0 active=0/256
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  pwq 158: cpus=79 node=1 flags=0x0 nice=0 active=0/256
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  pwq 154:
 cpus=77 node=1 flags=0x0 nice=0 active=0/256
  pwq 152: cpus=76 node=1 flags=0x0 nice=0 active=0/256
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  pwq 130:
 cpus=65 node=1 flags=0x0 nice=0 active=0/256
  pwq 128: cpus=64 node=1 flags=0x0 nice=0 active=0/256
  pwq 126: cpus=63 node=1 flags=0x0 nice=0 active=0/256
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  pwq 1ode=17 flags=0x0 nice=0 active=0/256
  pwq 282: cpus=141 node=17 flags=0x0 nice=0 active=0/256
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 cpus=117 node=16 flags=0x0 nice=0 active=0/256
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 cpus=100 node=16 flags=0x0 nice=0 active=0/256
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 cpus=66 node=1 flags=0x0 nice=0 active=0/256
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 cpus=36 node=0 flags=0x0 nice=0 active=0/256
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 cpus=14 node=0 flags=0x0 nice=0 active=0/256
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  pwq 4: cpus=2 node=0 flags=0x0 nice=0 active=0/256
  pwq 2: cpus=1 node=0 flags=0x0 nice=0 active=0/256
  pwq 0: cpus=0 node=0 flags=0x0 nice=0 active=0/256
workqueue bioset: flags=0x8
  pwq 318:
 cpus=159 node=17 flags=0x0 nice=0 active=0/256
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 cpus=140 node=17 flags=0x0 nice=0 active=0/256
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 cpus=123 node=17 flags=0x0 nice=0 active=0/256
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  pwq 180:
 cpus=90 node=16 flags=0x0 nice=0 active=0/256
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  pwq 158: cpus=79 node=1 flags=0x0 nice=0 active=0/256
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  pwq 154:
 cpus=77 node=1 flags=0x0 nice=0 active=0/256
  pwq 152:
 cpus=76 node=1 flags=0x0 nice=0 active=0/256
  pwq 150:
 cpus=75 node=1 flags=0x0 nice=0 active=0/256
  pwq 148: cpus=74 node=1 flags=0x0 nice=0 active=0/256
  pwq 146:
 cpus=73 node=1 flags=0x0 nice=0 active=0/256
  pwq 144: cpus=72 node=1 flags=0x0 nice=0 active=0/256
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  pwq 138: cpus=69 node=1 flags=0x0 nice=0 active=0/256
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  pwq 128: cpus=64 node=1 flags=0x0 nice=0 active=0/256
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  pwq 124: cpus=62 node=1 flags=0x0 nice=0 active=0/256
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  pwq 96: cpus=48 node=1 flags=0x0 nice=0 active=0/256
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  pwq 80: cpus=40 node=1 flags=0x0 nice=0 active=0/256
  pwq 78: cpus=39 node=0 flags=0x0 nice=0 active=0/256
  pwq 76:
 cpus=38 node=0 flags=0x0 nice=0 active=0/256
  pwq 74: cpus=37 node=0 flags=0x0 nice=0 active=0/256
  pwq 72: cpus=36 node=0 flags=0x0 nice=0 active=0/256
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  pwq 66: cpus=33 node=0 flags=0x0 nice=0 active=0/256
  pwq 64: cpus=32 node=0 flags=0x0 nice=0 active=0/256
  pwq 62: cpus=31 node=0 flags=0x0 nice=0 active=0/256
  pwq 60: cpus=30 node=0 flags=0x0 nice=0 active=0/256
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  pwq 56: cpus=28 node=0 flags=0x0 nice=0 active=0/256
  pwq 54: cpus=27 node=0 flags=0x0 nice=0 active=0/256
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  pwq 44: cpus=22 node=0 flags=0x0 nice=0 active=0/256
  pwq 42: cpus=21 node=0 flags=0x0 nice=0 active=0/256
  pwq 40:
 cpus=20 node=0 flags=0x0 nice=0 active=0/256
  pwq 38: cpus=19 node=0 flags=0x0 nice=0 active=0/256
  pwq 36: cpus=18 node=0 flags=0x0 nice=0 active=0/256
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  pwq 32: cpus=16 node=0 flags=0x0 nice=0 active=0/256
  pwq 30: cpus=15 node=0 flags=0x0 nice=0 active=0/256
  pwq 28: cpus=14 node=0 flags=0x0 nice=0 active=0/256
  pwq 26: cpus=13 node=0 flags=0x0 nice=0 active=0/256
  pwq 24: cpus=12 node=0 flags=0x0 nice=0 active=0/256
  pwq 22: cpus=11 node=0 flags=0x0 nice=0 active=0/256
  pwq 20: cpus=10 node=0 flags=0x0 nice=0 active=0/256
  pwq 18: cpus=9 node=0 flags=0x0 nice=0 active=0/256
  pwq 16: cpus=8 node=0 flags=0x0 nice=0 active=0/256
  pwq 14: cpus=7 node=0 flags=0x0 nice=0 active=0/256
  pwq 12: cpus=6 node=0 flags=0x0 nice=0 active=0/256
  pwq 10: cpus=5 node=0 flags=0x0 nice=0 active=0/256
  pwq 8: cpus=4 node=0 flags=0x0 nice=0 active=0/256
  pwq 6: cpus=3 node=0 flags=0x0 nice=0 active=0/256
  pwq 4: cpus=2 node=0 flags=0x0 nice=0 active=0/256
  pwq 2: cpus=1 node=0 flags=0x0 nice=0 active=0/256
  pwq 0: cpus=0 node=0 flags=0x0 nice=0 active=0/256
workqueue bioset: flags=0x8
  pwq 318: cpus=159 node=17 flags=0x0 nice=0 active=0/256
  pwq 316: cpus=158 node=17 flags=0x0 nice=0 active=0/256
  pwq 314: cpus=157 node=17 flags=0x0 nice=0 active=0/256
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  pwq 292:
 cpus=146 node=17 flags=0x0 nice=0 active=0/256
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 cpus=129 node=17 flags=0x0 nice=0 active=0/256
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  pwq 254: cpus=127 node=17 flags=0x0 nice=0 active=0/256
  pwq 252: cpus=126 node=17 flags=0x0 nice=0 active=0/256
  pwq 250: cpus=125 node=17 flags=0x0 nice=0 active=0/256
  pwq 248: cpus=124 node=17 flags=0x0 nice=0 active=0/256
  pwq 246: cpus=123 node=17 flags=0x0 nice=0 active=0/256
  pwq 244: cpus=122 node=17 flags=0x0 nice=0 active=0/256
  pwq 242: cpus=121 node=17 flags=0x0 nice=0 active=0/256
  pwq 240: cpus=120 node=17 flags=0x0 nice=0 active=0/256
  pwq 238: cpus=119 node=16 flags=0x0 nice=0 active=0/256
  pwq 236: cpus=118 node=16 flags=0x0 nice=0 active=0/256
  pwq 234: cpus=117 node=16 flags=0x0 nice=0 active=0/256
  pwq 232: cpus=116 node=16 flags=0x0 nice=0 active=0/256
  pwq 230: cpus=115 node=16 flags=0x0 nice=0 active=0/256
  pwq 228: cpus=114 node=16 flags=0x0 nice=0 active=0/256
  pwq 226: cpus=113 node=16 flags=0x0 nice=0 active=0/256
  pwq 224: cpus=112 node=16 flags=0x0 nice=0 active=0/256
  pwq 222: cpus=111 node=16 flags=0x0 nice=0 active=0/256
  pwq 220: cpus=110 node=16 flags=0x0 nice=0 active=0/256
  pwq 218: cpus=109 node=16 flags=0x0 nice=0 active=0/256
  pwq 216: cpus=108 node=16 flags=0x0 nice=0 active=0/256
  pwq 214: cpus=107 node=16 flags=0x0 nice=0 active=0/256
  pwq 212: cpus=106 node=16 flags=0x0 nice=0 active=0/256
  pwq 210: cpus=105 node=16 flags=0x0 nice=0 active=0/256
  pwq 208:
 cpus=104 node=16 flags=0x0 nice=0 active=0/256
  pwq 206: cpus=103 node=16 flags=0x0 nice=0 active=0/256
  pwq 204: cpus=102 node=16 flags=0x0 nice=0 active=0/256
  pwq 202: cpus=101 node=16 flags=0x0 nice=0 active=0/256
  pwq 200: cpus=100 node=16 flags=0x0 nice=0 active=0/256
  pwq 198: cpus=99 node=16 flags=0x0 nice=0 active=0/256
  pwq 196:
 cpus=98 node=16 flags=0x0 nice=0 active=0/256
  pwq 194: cpus=97 node=16 flags=0x0 nice=0 active=0/256
  pwq 192: cpus=96 node=16 flags=0x0 nice=0 active=0/256
  pwq 190: cpus=95 node=16 flags=0x0 nice=0 active=0/256
  pwq 188: cpus=94 node=16 flags=0x0 nice=0 active=0/256
  pwq 186: cpus=93 node=16 flags=0x0 nice=0 active=0/256
  pwq 184: cpus=92 node=16 flags=0x0 nice=0 active=0/256
  pwq 182: cpus=91 node=16 flags=0x0 nice=0 active=0/256
  pwq 180: cpus=90 node=16 flags=0x0 nice=0 active=0/256
  pwq 178: cpus=89 node=16 flags=0x0 nice=0 active=0/256
  pwq 176: cpus=88 node=16 flags=0x0 nice=0 active=0/256
  pwq 174: cpus=87 node=16 flags=0x0 nice=0 active=0/256
  pwq 172: cpus=86 node=16 flags=0x0 nice=0 active=0/256
  pwq 170: cpus=85 node=16 flags=0x0 nice=0 active=0/256
  pwq 168: cpus=84 node=16 flags=0x0 nice=0 active=0/256
  pwq 166: cpus=83 node=16 flags=0x0 nice=0 active=0/256
  pwq 164: cpus=82 node=16 flags=0x0 nice=0 active=0/256
  pwq 162: cpus=81 node=16 flags=0x0 nice=0 active=0/256
  pwq 160: cpus=80 node=16 flags=0x0 nice=0 active=0/256
  pwq 158:
 cpus=79 node=1 flags=0x0 nice=0 active=0/256
  pwq 156: cpus=78 node=1 flags=0x0 nice=0 active=0/256
  pwq 154: cpus=77 node=1 flags=0x0 nice=0 active=0/256
  pwq 152: cpus=76 node=1 flags=0x0 nice=0 active=0/256
  pwq 150: cpus=75 node=1 flags=0x0 nice=0 active=0/256
  pwq 148: cpus=74 node=1 flags=0x0 nice=0 active=0/256
  pwq 146: cpus=73 node=1 flags=0x0 nice=0 active=0/256
  pwq 144: cpus=72 node=1 flags=0x0 nice=0 active=0/256
  pwq 142: cpus=71 node=1 flags=0x0 nice=0 active=0/256
  pwq 140: cpus=70 node=1 flags=0x0 nice=0 active=0/256
  pwq 138: cpus=69 node=1 flags=0x0 nice=0 active=0/256
  pwq 136:
 cpus=68 node=1 flags=0x0 nice=0 active=0/256
  pwq 134: cpus=67 node=1 flags=0x0 nice=0 active=0/256
  pwq 132: cpus=66 node=1 flags=0x0 nice=0 active=0/256
  pwq 130: cpus=65 node=1 flags=0x0 nice=0 active=0/256
  pwq 128: cpus=64 node=1 flags=0x0 nice=0 active=0/256
  pwq 126: cpus=63 node=1 flags=0x0 nice=0 active=0/256
  pwq 124:
 cpus=62 node=1 flags=0x0 nice=0 active=0/256
  pwq 122: cpus=61 node=1 flags=0x0 nice=0 active=0/256
  pwq 120: cpus=60 node=1 flags=0x0 nice=0 active=0/256
  pwq 118: cpus=59 node=1 flags=0x0 nice=0 active=0/256
  pwq 116: cpus=58 node=1 flags=0x0 nice=0 active=0/256
  pwq 114: cpus=57 node=1 flags=0x0 nice=0 active=0/256
  pwq 112: cpus=56 node=1 flags=0x0 nice=0 active=0/256
  pwq 110: cpus=55 node=1 flags=0x0 nice=0 active=0/256
  pwq 108: cpus=54 node=1 flags=0x0 nice=0 active=0/256
  pwq 106: cpus=53 node=1 flags=0x0 nice=0 active=0/256
  pwq 104: cpus=52 node=1 flags=0x0 nice=0 active=0/256
  pwq 102: cpus=51 node=1 flags=0x0 nice=0 active=0/256
  pwq 100: cpus=50 node=1 flags=0x0 nice=0 active=0/256
  pwq 98: cpus=49 node=1 flags=0x0 nice=0 active=0/256
  pwq 96: cpus=48 node=1 flags=0x0 nice=0 active=0/256
  pwq 94: cpus=47 node=1 flags=0x0 nice=0 active=0/256
  pwq 92: cpus=46 node=1 flags=0x0 nice=0 active=0/256
  pwq 90: cpus=45 node=1 flags=0x0 nice=0 active=0/256
  pwq 88: cpus=44 node=1 flags=0x0 nice=0 active=0/256
  pwq 86: cpus=43 node=1 flags=0x0 nice=0 active=0/256
  pwq 84: cpus=42 node=1 flags=0x0 nice=0 active=0/256
  pwq 82: cpus=41 node=1 flags=0x0 nice=0 active=0/256
  pwq 80: cpus=40 node=1 flags=0x0 nice=0 active=0/256
  pwq 78: cpus=39 node=0 flags=0x0 nice=0 active=0/256
  pwq 76: cpus=38 node=0 flags=0x0 nice=0 active=0/256
  pwq 74: cpus=37 node=0 flags=0x0 nice=0 active=0/256
  pwq 72: cpus=36 node=0 flags=0x0 nice=0 active=0/256
  pwq 70: cpus=35 node=0 flags=0x0 nice=0 active=0/256
  pwq 68: cpus=34 node=0 flags=0x0 nice=0 active=0/256
  pwq 66: cpus=33 node=0 flags=0x0 nice=0 active=0/256
  pwq 64: cpus=32 node=0 flags=0x0 nice=0 active=0/256
  pwq 62: cpus=31 node=0 flags=0x0 nice=0 active=0/256
  pwq 60: cpus=30 node=0 flags=0x0 nice=0 active=0/256
  pwq 58: cpus=29 node=0 flags=0x0 nice=0 active=0/256
  pwq 56: cpus=28 node=0 flags=0x0 nice=0 active=0/256
  pwq 54:
 cpus=27 node=0 flags=0x0 nice=0 active=0/256
  pwq 52: cpus=26 node=0 flags=0x0 nice=0 active=0/256
  pwq 50: cpus=25 node=0 flags=0x0 nice=0 active=0/256
  pwq 48: cpus=24 node=0 flags=0x0 nice=0 active=0/256
  pwq 46: cpus=23 node=0 flags=0x0 nice=0 active=0/256
  pwq 44: cpus=22 node=0 flags=0x0 nice=0 active=0/256
  pwq 42: cpus=21 node=0 flags=0x0 nice=0 active=0/256
  pwq 40: cpus=20 node=0 flags=0x0 nice=0 active=0/256
  pwq 38: cpus=19 node=0 flags=0x0 nice=0 active=0/256
  pwq 36: cpus=18 node=0 flags=0x0 nice=0 active=0/256
  pwq 34: cpus=17 node=0 flags=0x0 nice=0 active=0/256
  pwq 32: cpus=16 node=0 flags=0x0 nice=0 active=0/256
  pwq 30: cpus=15 node=0 flags=0x0 nice=0 active=0/256
  pwq 28: cpus=14 node=0 flags=0x0 nice=0 active=0/256
  pwq 26: cpus=13 node=0 flags=0x0 nice=0 active=0/256
  pwq 24: cpus=12 node=0 flags=0x0 nice=0 active=0/256
  pwq 22: cpus=11 node=0 flags=0x0 nice=0 active=0/256
  pwq 20: cpus=10 node=0 flags=0x0 nice=0 active=0/256
  pwq 18:
 cpus=9 node=0 flags=0x0 nice=0 active=0/256
  pwq 16: cpus=8 node=0 flags=0x0 nice=0 active=0/256
  pwq 14: cpus=7 node=0 flags=0x0 nice=0 active=0/256
  pwq 12: cpus=6 node=0 flags=0x0 nice=0 active=0/256
  pwq 10: cpus=5 node=0 flags=0x0 nice=0 active=0/256
  pwq 8: cpus=4 node=0 flags=0x0 nice=0 active=0/256
  pwq 6: cpus=3 node=0 flags=0x0 nice=0 active=0/256
  pwq 4: cpus=2 node=0 flags=0x0 nice=0 active=0/256
  pwq 2: cpus=1 node=0 flags=0x0 nice=0 active=0/256
  pwq 0: cpus=0 node=0 flags=0x0 nice=0 active=0/256
workqueue bioset: flags=0x8
  pwq 318: cpus=159 node=17 flags=0x0 nice=0 active=0/256
  pwq 316: cpus=158 node=17 flags=0x0 nice=0 active=0/256
  pwq 314: cpus=157 node=17 flags=0x0 nice=0 active=0/256
  pwq 312: cpus=156 node=17 flags=0x0 nice=0 active=0/256
  pwq 310: cpus=155 node=17 flags=0x0 nice=0 active=0/256
  pwq 308: cpus=154 node=17 flags=0x0 nice=0 active=0/256
  pwq 306: cpus=153 node=17 flags=0x0 nice=0 active=0/256
  pwq 304: cpus=152 node=17 flags=0x0 nice=0 active=0/256
  pwq 302: cpus=151 node=17 flags=0x0 nice=0 active=0/256
  pwq 300: cpus=150 node=17 flags=0x0 nice=0 active=0/256
  pwq 298: cpus=149 node=17 flags=0x0 nice=0 active=0/256
  pwq 296: cpus=148 node=17 flags=0x0 nice=0 active=0/256
  pwq 294: cpus=147 node=17 flags=0x0 nice=0 active=0/256
  pwq 292: cpus=146 node=17 flags=0x0 nice=0 active=0/256
  pwq 290: cpus=145 node=17 flags=0x0 nice=0 active=0/256
  pwq 288: cpus=144 node=17 flags=0x0 nice=0 active=0/256
  pwq 286: cpus=143 node=17 flags=0x0 nice=0 active=0/256
  pwq 284: cpus=142 node=17 flags=0x0 nice=0 active=0/256
  pwq 282:
 cpus=141 node=17 flags=0x0 nice=0 active=0/256
  pwq 280: cpus=140 node=17 flags=0x0 nice=0 active=0/256
  pwq 278: cpus=139 node=17 flags=0x0 nice=0 active=0/256
  pwq 276: cpus=138 node=17 flags=0x0 nice=0 active=0/256
  pwq 274: cpus=137 node=17 flags=0x0 nice=0 active=0/256
  pwq 272: cpus=136 node=17 flags=0x0 nice=0 active=0/256
  pwq 270: cpus=135 node=17 flags=0x0 nice=0 active=0/256
  pwq 268: cpus=134 node=17 flags=0x0 nice=0 active=0/256
  pwq 266: cpus=133 node=17 flags=0x0 nice=0 active=0/256
  pwq 264: cpus=132 node=17 flags=0x0 nice=0 active=0/256
  pwq 262: cpus=131 node=17 flags=0x0 nice=0 active=0/256
  pwq 260: cpus=130 node=17 flags=0x0 nice=0 active=0/256
  pwq 258: cpus=129 node=17 flags=0x0 nice=0 active=0/256
  pwq 256: cpus=128 node=17 flags=0x0 nice=0 active=0/256
  pwq 254: cpus=127 node=17 flags=0x0 nice=0 active=0/256
  pwq 252: cpus=126 node=17 flags=0x0 nice=0 active=0/256
  pwq 250: cpus=125 node=17 flags=0x0 nice=0 active=0/256
  pwq 248: cpus=124 node=17 flags=0x0 nice=0 active=0/256
  pwq 246: cpus=123 node=17 flags=0x0 nice=0 active=0/256
  pwq 244: cpus=122 node=17 flags=0x0 nice=0 active=0/256
  pwq 242: cpus=121 node=17 flags=0x0 nice=0 active=0/256
  pwq 240: cpus=120 node=17 flags=0x0 nice=0 active=0/256
  pwq 238:
 cpus=119 node=16 flags=0x0 nice=0 active=0/256
  pwq 236: cpus=118 node=16 flags=0x0 nice=0 active=0/256
  pwq 234: cpus=117 node=16 flags=0x0 nice=0 active=0/256
  pwq 232: cpus=116 node=16 flags=0x0 nice=0 active=0/256
  pwq 230: cpus=115 node=16 flags=0x0 nice=0 active=0/256
  pwq 228: cpus=114 node=16 flags=0x0 nice=0 active=0/256
  pwq 226: cpus=113 node=16 flags=0x0 nice=0 active=0/256
  pwq 224: cpus=112 node=16 flags=0x0 nice=0 active=0/256
  pwq 222: cpus=111 node=16 flags=0x0 nice=0 active=0/256
  pwq 220: cpus=110 node=16 flags=0x0 nice=0 active=0/256
  pwq 218: cpus=109 node=16 flags=0x0 nice=0 active=0/256
  pwq 216: cpus=108 node=16 flags=0x0 nice=0 active=0/256
  pwq 214: cpus=107 node=16 flags=0x0 nice=0 active=0/256
  pwq 212: cpus=106 node=16 flags=0x0 nice=0 active=0/256
  pwq 210: cpus=105 node=16 flags=0x0 nice=0 active=0/256
  pwq 208: cpus=104 node=16 flags=0x0 nice=0 active=0/256
  pwq 206: cpus=103 node=16 flags=0x0 nice=0 active=0/256
  pwq 204:
 cpus=102 node=16 flags=0x0 nice=0 active=0/256
  pwq 202: cpus=101 node=16 flags=0x0 nice=0 active=0/256
  pwq 200: cpus=100 node=16 flags=0x0 nice=0 active=0/256
  pwq 198: cpus=99 node=16 flags=0x0 nice=0 active=0/256
  pwq 196: cpus=98 node=16 flags=0x0 nice=0 active=0/256
  pwq 194: cpus=97 node=16 flags=0x0 nice=0 active=0/256
  pwq 192: cpus=96 node=16 flags=0x0 nice=0 active=0/256
  pwq 190: cpus=95 node=16 flags=0x0 nice=0 active=0/256
  pwq 188: cpus=94 node=16 flags=0x0 nice=0 active=0/256
  pwq 186: cpus=93 node=16 flags=0x0 nice=0 active=0/256
  pwq 184: cpus=92 node=16 flags=0x0 nice=0 active=0/256
  pwq 182: cpus=91 node=16 flags=0x0 nice=0 active=0/256
  pwq 180: cpus=90 node=16 flags=0x0 nice=0 active=0/256
  pwq 178: cpus=89 node=16 flags=0x0 nice=0 active=0/256
  pwq 176:
 cpus=88 node=16 flags=0x0 nice=0 active=0/256
  pwq 174: cpus=87 node=16 flags=0x0 nice=0 active=0/256
  pwq 172: cpus=86 node=16 flags=0x0 nice=0 active=0/256
  pwq 170: cpus=85 node=16 flags=0x0 nice=0 active=0/256
  pwq 168: cpus=84 node=16 flags=0x0 nice=0 active=0/256
  pwq 166: cpus=83 node=16 flags=0x0 nice=0 active=0/256
  pwq 164: cpus=82 node=16 flags=0x0 nice=0 active=0/256
  pwq 162: cpus=81 node=16 flags=0x0 nice=0 active=0/256
  pwq 160: cpus=80 node=16 flags=0x0 nice=0 active=0/2ags=0x0 nice=0 active=0/256
  pwq 12: cpus=6 node=0 flags=0x0 nice=0 active=0/256
  pwq 10: cpus=5 node=0 flags=0x0 nice=0 active=0/256
  pwq 8: cpus=4 node=0 flags=0x0 nice=0 active=0/256
  pwq 6: cpus=3 node=0 flags=0x0 nice=0 active=0/256
  pwq 4: cpus=2 node=0 flags=0x0 nice=0 active=0/256
  pwq 2: cpus=1 node=0 flags=0x0 nice=0 active=0/256
  pwq 0: cpus=0 node=0 flags=0x0 nice=0 active=0/256
workqueue kpsmoused: flags=0x20002
  pwq 320:
 cpus=0-159 flags=0x4 nice=0 active=0/1
workqueue kdmremove: flags=0x2
  pwq 320: cpus=0-159 flags=0x4 nice=0 active=0/1
  pwq 324: cpus=120-159 node=17 flags=0x4 nice=0 active=0/1
  pwq 323: cpus=80-119 node=16 flags=0x4 nice=0 active=0/1
  pwq 322: cpus=40-79 node=1 flags=0x4 nice=0 active=0/1
  pwq 321: cpus=0-39 node=0 flags=0x4 nice=0 active=0/1
workqueue sock_diag_events: flags=0x0
  pwq 318: cpus=159 node=17 flags=0x0 nice=0 active=0/256
  pwq 316: cpus=158 node=17 flags=0x0 nice=0 active=0/256
  pwq 314: cpus=157 node=17 flags=0x0 nice=0 active=0/256
  pwq 312: cpus=156 node=17 flags=0x0 nice=0 active=0/256
  pwq 310: cpus=155 node=17 flags=0x0 nice=0 active=0/256
  pwq 308: cpus=154 node=17 flags=0x0 nice=0 active=0/256
  pwq 306: cpus=153 node=17 flags=0x0 nice=0 active=0/256
  pwq 304: cpus=152 node=17 flags=0x0 nice=0 active=0/256
  pwq 302: cpus=151 node=17 flags=0x0 nice=0 active=0/256
  pwq 300: cpus=150 node=17 flags=0x0 nice=0 active=0/256
  pwq 298: cpus=149 node=17 flags=0x0 nice=0 active=0/256
  pwq 296: cpus=148 node=17 flags=0x0 nice=0 active=0/256
  pwq 294: cpus=147 node=17 flags=0x0 nice=0 active=0/256
  pwq 292: cpus=146 node=17 flags=0x0 nice=0 active=0/256
  pwq 290: cpus=145 node=17 flags=0x0 nice=0 active=0/256
  pwq 288: cpus=144 node=17 flags=0x0 nice=0 active=0/256
  pwq 286: cpus=143 node=17 flags=0x0 nice=0 active=0/256
  pwq 284: cpus=142 node=17 flags=0x0 nice=0 active=0/256
  pwq 282: cpus=141 node=17 flags=0x0 nice=0 active=0/256
  pwq 280: cpus=140 node=17 flags=0x0 nice=0 active=0/256
  pwq 278: cpus=139 node=17 flags=0x0 nice=0 active=0/256
  pwq 276: cpus=138 node=17 flags=0x0 nice=0 active=0/256
  pwq 274: cpus=137 node=17 flags=0x0 nice=0 active=0/256
  pwq 272: cpus=136 node=17 flags=0x0 nice=0 active=0/256
  pwq 270: cpus=135 node=17 flags=0x0 nice=0 active=0/256
  pwq 268: cpus=134 node=17 flags=0x0 nice=0 active=0/256
  pwq 266: cpus=133 node=17 flags=0x0 nice=0 active=0/256
  pwq 264:
 cpus=132 node=17 flags=0x0 nice=0 active=0/256
  pwq 262: cpus=131 node=17 flags=0x0 nice=0 active=0/256
  pwq 260:
 cpus=130 node=17 flags=0x0 nice=0 active=0/256
  pwq 258: cpus=129 node=17 flags=0x0 nice=0 active=0/256
  pwq 256: cpus=128 node=17 flags=0x0 nice=0 active=0/256
  pwq 254: cpus=127 node=17 flags=0x0 nice=0 active=0/256
  pwq 252: cpus=126 node=17 flags=0x0 nice=0 active=0/256
  pwq 250: cpus=125 node=17 flags=0x0 nice=0 active=0/256
  pwq 248: cpus=124 node=17 flags=0x0 nice=0 active=0/256
  pwq 246: cpus=123 node=17 flags=0x0 nice=0 active=0/256
  pwq 244: cpus=122 node=17 flags=0x0 nice=0 active=0/256
  pwq 242: cpus=121 node=17 flags=0x0 nice=0 active=0/256
  pwq 240: cpus=120 node=17 flags=0x0 nice=0 active=0/256
  pwq 238: cpus=119 node=16 flags=0x0 nice=0 active=0/256
  pwq 236: cpus=118 node=16 flags=0x0 nice=0 active=0/256
  pwq 234: cpus=117 node=16 flags=0x0 nice=0 active=0/256
  pwq 232: cpus=116 node=16 flags=0x0 nice=0 active=0/256
  pwq 230:
 cpus=115 node=16 flags=0x0 nice=0 active=0/256
  pwq 228: cpus=114 node=16 flags=0x0 nice=0 active=0/256
  pwq 226: cpus=113 node=16 flags=0x0 nice=0 active=0/256
  pwq 224: cpus=112 node=16 flags=0x0 nice=0 active=0/256
  pwq 222: cpus=111 node=16 flags=0x0 nice=0 active=0/256
  pwq 220: cpus=110 node=16 flags=0x0 nice=0 active=0/256
  pwq 218: cpus=109 node=16 flags=0x0 nice=0 active=0/256
  pwq 216: cpus=108 node=16 flags=0x0 nice=0 active=0/256
  pwq 214: cpus=107 node=16 flags=0x0 nice=0 active=0/256
  pwq 212: cpus=106 node=16 flags=0x0 nice=0 active=0/256
  pwq 210: cpus=105 node=16 flags=0x0 nice=0 active=0/256
  pwq 208: cpus=104 node=16 flags=0x0 nice=0 active=0/256
  pwq 206: cpus=103 node=16 flags=0x0 nice=0 active=0/256
  pwq 204: cpus=102 node=16 flags=0x0 nice=0 active=0/256
  pwq 202: cpus=101 node=16 flags=0x0 nice=0 active=0/256
  pwq 200: cpus=100 node=16 flags=0x0 nice=0 active=0/256
  pwq 198: cpus=99 node=16 flags=0x0 nice=0 active=0/256
  pwq 196: cpus=98 node=16 flags=0x0 nice=0 active=0/256
  pwq 194: cpus=97 node=16 flags=0x0 nice=0 active=0/256
  pwq 192: cpus=96 node=16 flags=0x0 nice=0 active=0/256
  pwq 190: cpus=95 node=16 flags=0x0 nice=0 active=0/256
  pwq 188: cpus=94 node=16 flags=0x0 nice=0 active=0/256
  pwq 186: cpus=93 node=16 flags=0x0 nice=0 active=0/256
  pwq 184: cpus=92 node=16 flags=0x0 nice=0 active=0/256
  pwq 182: cpus=91 node=16 flags=0x0 nice=0 active=0/256
  pwq 180: cpus=90 node=16 flags=0x0 nice=0 active=0/256
  pwq 178: cpus=89 node=16 flags=0x0 nice=0 active=0/256
  pwq 176: cpus=88 node=16 flags=0x0 nice=0 active=0/256
  pwq 174: cpus=87 node=16 flags=0x0 nice=0 active=0/256
  pwq 172: cpus=86 node=16 flags=0x0 nice=0 active=0/256
  pwq 170: cpus=85 node=16 flags=0x0 nice=0 active=0/256
  pwq 168: cpus=84 node=16 flags=0x0 nice=0 active=0/256
  pwq 166: cpus=83 node=16 flags=0x0 nice=0 active=0/256
  pwq 164:
 cpus=82 node=16 flags=0x0 nice=0 active=0/256
  pwq 162: cpus=81 node=16 flags=0x0 nice=0 active=0/256
  pwq 160:
 cpus=80 node=16 flags=0x0 nice=0 active=0/256
  pwq 158: cpus=79 node=1 flags=0x0 nice=0 active=0/256
  pwq 156: cpus=78 node=1 flags=0x0 nice=0 active=0/256
  pwq 154: cpus=77 node=1 flags=0x0 nice=0 active=0/256
  pwq 152:
 cpus=76 node=1 flags=0x0 nice=0 active=0/256
  pwq 150: cpus=75 node=1 flags=0x0 nice=0 active=0/256
  pwq 148: cpus=74 node=1 flags=0x0 nice=0 active=0/256
  pwq 146: cpus=73 node=1 flags=0x0 nice=0 active=0/256
  pwq 144: cpus=72 node=1 flags=0x0 nice=0 active=0/256
  pwq 142: cpus=71 node=1 flags=0x0 nice=0 active=0/256
  pwq 140: cpus=70 node=1 flags=0x0 nice=0 active=0/256
  pwq 138: cpus=69 node=1 flags=0x0 nice=0 active=0/256
  pwq 136: cpus=68 node=1 flags=0x0 nice=0 active=0/256
  pwq 134: cpus=67 node=1 flags=0x0 nice=0 active=0/256
  pwq 132: cpus=66 node=1 flags=0x0 nice=0 active=0/256
  pwq 130: cpus=65 node=1 flags=0x0 nice=0 active=0/256
  pwq 128: cpus=64 node=1 flags=0x0 nice=0 active=0/256
  pwq 126: cpus=63 node=1 flags=0x0 nice=0 active=0/256
  pwq 124: cpus=62 node=1 flags=0x0 nice=0 active=0/256
  pwq 122: cpus=61 node=1 flags=0x0 nice=0 active=0/256
  pwq 120: cpus=60 node=1 flags=0x0 nice=0 active=0/256
  pwq 118: cpus=59 node=1 flags=0x0 nice=0 active=0/256
  pwq 116: cpus=58 node=1 flags=0x0 nice=0 active=0/256
  pwq 114: cpus=57 node=1 flags=0x0 nice=0 active=0/256
  pwq 112: cpus=56 node=1 flags=0x0 nice=0 active=0/256
  pwq 110: cpus=55 node=1 flags=0x0 nice=0 active=0/256
  pwq 108: cpus=54 node=1 flags=0x0 nice=0 active=0/256
  pwq 106:
 cpus=53 node=1 flags=0x0 nice=0 active=0/256
  pwq 104: cpus=52 node=1 flags=0x0 nice=0 active=0/256
  pwq 102: cpus=51 node=1 flags=0x0 nice=0 active=0/256
  pwq 100: cpus=50 node=1 flags=0x0 nice=0 active=0/256
  pwq 98: cpus=49 node=1 flags=0x0 nice=0 active=0/256
  pwq 96: cpus=48 node=1 flags=0x0 nice=0 active=0/256
  pwq 94: cpus=47 node=1 flags=0x0 nice=0 active=0/256
  pwq 92: cpus=46 node=1 flags=0x0 nice=0 active=0/256
  pwq 90: cpus=45 node=1 flags=0x0 nice=0 active=0/256
  pwq 88: cpus=44 node=1 flags=0x0 nice=0 active=0/256
  pwq 86: cpus=43 node=1 flags=0x0 nice=0 active=0/256
  pwq 84: cpus=42 node=1 flags=0x0 nice=0 active=0/256
  pwq 82: cpus=41 node=1 flags=0x0 nice=0 active=0/256
  pwq 80: cpus=40 node=1 flags=0x0 nice=0 active=0/256
  pwq 78: cpus=39 node=0 flags=0x0 nice=0 active=0/256
  pwq 76: cpus=38 node=0 flags=0x0 nice=0 active=0/256
  pwq 74: cpus=37 node=0 flags=0x0 nice=0 active=0/256
  pwq 72: cpus=36 node=0 flags=0x0 nice=0 active=0/256
  pwq 70: cpus=35 node=0 flags=0x0 nice=0 active=0/256
  pwq 68: cpus=34 node=0 flags=0x0 nice=0 active=0/256
  pwq 66: cpus=33 node=0 flags=0x0 nice=0 active=0/256
  pwq 64: cpus=32 node=0 flags=0x0 nice=0 active=0/256
  pwq 62: cpus=31 node=0 flags=0x0 nice=0 active=0/256
  pwq 60:
 cpus=30 node=0 flags=0x0 nice=0 active=0/256
  pwq 58: cpus=29 node=0 flags=0x0 nice=0 active=0/256
  pwq 56: cpus=28 node=0 flags=0x0 nice=0 active=0/256
  pwq 54: cpus=27 node=0 flags=0x0 nice=0 active=0/256
  pwq 52: cpus=26 node=0 flags=0x0 nice=0 active=0/256
  pwq 50: cpus=25 node=0 flags=0x0 nice=0 active=0/256
  pwq 48: cpus=24 node=0 flags=0x0 nice=0 active=0/256
  pwq 46: cpus=23 node=0 flags=0x0 nice=0 active=0/256
  pwq 44: cpus=22 node=0 flags=0x0 nice=0 active=0/256
  pwq 42: cpus=21 node=0 flags=0x0 nice=0 active=0/256
  pwq 40: cpus=20 node=0 flags=0x0 nice=0 active=0/256
  pwq 38: cpus=19 node=0 flags=0x0 nice=0 active=0/256
  pwq 36: cpus=18 node=0 flags=0x0 nice=0 active=0/256
  pwq 34: cpus=17 node=0 flags=0x0 nice=0 active=0/256
  pwq 32: cpus=16 node=0 flags=0x0 nice=0 active=0/256
  pwq 30: cpus=15 node=0 flags=0x0 nice=0 active=0/256
  pwq 28: cpus=14 node=0 flags=0x0 nice=0 active=0/256
  pwq 26: cpus=13 node=0 flags=0x0 nice=0 active=0/256
  pwq 24: cpus=12 node=0 flags=0x0 nice=0 active=0/256
  pwq 22: cpus=11 node=0 flags=0x0 nice=0 active=0/256
  pwq 20: cpus=10 node=0 flags=0x0 nice=0 active=0/256
  pwq 18: cpus=9 node=0 flags=0x0 nice=0 active=0/256
  pwq 16: cpus=8 node=0 flags=0x0 nice=0 active=0/256
  pwq 14: cpus=7 node=0 flags=0x0 nice=0 active=0/256
  pwq 12: cpus=6 node=0 flags=0x0 nice=0 active=0/256
  pwq 10: cpus=5 node=0 flags=0x0 nice=0 active=0/256
  pwq 8: cpus=4 node=0 flags=0x0 nice=0 active=0/256
  pwq 6: cpus=3 node=0 flags=0x0 nice=0 active=0/256
  pwq 4: cpus=2 node=0 flags=0x0 nice=0 active=0/256
  pwq 2: cpus=1 node=0 flags=0x0 nice=0 active=0/256
  pwq 0: cpus=0 node=0 flags=0x0 nice=0 active=0/256
workqueue bioset: flags=0x8
  pwq 318: cpus=159 node=17 flags=0x0 nice=0 active=0/256
  pwq 316: cpus=158 node=17 flags=0x0 nice=0 active=0/256
  pwq 314:
 cpus=157 node=17 flags=0x0 nice=0 active=0/256
  pwq 312: cpus=156 node=17 flags=0x0 nice=0 active=0/256
  pwq 310: cpus=155 node=17 flags=0x0 nice=0 active=0/256
  pwq 308: cpus=154 node=17 flags=0x0 nice=0 active=0/256
  pwq 306: cpus=153 node=17 flags=0x0 nice=0 active=0/256
  pwq 304: cpus=152 node=17 flags=0x0 nice=0 active=0/256
  pwq 302: cpus=151 node=17 flags=0x0 nice=0 active=0/256
  pwq 300: cpus=150 node=17 flags=0x0 nice=0 active=0/256
  pwq 298: cpus=149 node=17 flags=0x0 nice=0 active=0/256
  pwq 296: cpus=148 node=17 flags=0x0 nice=0 active=0/256
  pwq 294: cpus=147 node=17 flags=0x0 nice=0 active=0/256
  pwq 292: cpus=146 node=17 flags=0x0 nice=0 active=0/256
  pwq 290: cpus=145 node=17 flags=0x0 nice=0 active=0/256
  pwq 288: cpus=144 node=17 flags=0x0 nice=0 active=0/256
  pwq 286: cpus=143 node=17 flags=0x0 nice=0 active=0/256
  pwq 284: cpus=142 node=17 flags=0x0 nice=0 active=0/256
  pwq 282: cpus=141 node=17 flags=0x0 nice=0 active=0/256
  pwq 280: cpus=140 node=17 flags=0x0 nice=0 active=0/256
  pwq 278: cpus=139 node=17 flags=0x0 nice=0 active=0/256
  pwq 276:
 cpus=138 node=17 flags=0x0 nice=0 active=0/256
  pwq 274: cpus=137 node=17 flags=0x0 nice=0 active=0/256
  pwq 272: cpus=136 node=17 flags=0x0 nice=0 active=0/256
  pwq 270: cpus=135 node=17 flags=0x0 nice=0 active=0/256
  pwq 268: cpus=134 node=17 flags=0x0 nice=0 active=0/256
  pwq 266: cpus=133 node=17 flags=0x0 nice=0 active=0/256
  pwq 264: cpus=132 node=17 flags=0x0 nice=0 active=0/256
  pwq 262: cpus=131 node=17 flags=0x0 nice=0 active=0/256
  pwq 260:
 cpus=130 node=17 flags=0x0 nice=0 active=0/256
  pwq 258: cpus=129 node=17 flags=0x0 nice=0 active=0/256
  pwq 256: cpus=128 node=17 flags=0x0 nice=0 active=0/256
  pwq 254: cpus=127 node=17 flags=0x0 nice=0 active=0/256
  pwq 252: cpus=126 node=17 flags=0x0 nice=0 active=0/256
  pwq 250: cpus=125 node=17 flags=0x0 nice=0 active=0/256
  pwq 248: cpus=124 node=17 flags=0x0 nice=0 active=0/256
  pwq 246: cpus=123 node=17 flags=0x0 nice=0 active=0/256
  pwq 244: cpus=122 node=17 flags=0x0 nice=0 active=0/256
  pwq 242: cpus=121 node=17 flags=0x0 nice=0 active=0/256
  pwq 240: cpus=120 node=17 flags=0x0 nice=0 active=0/256
  pwq 238: cpus=119 node=16 flags=0x0 nice=0 active=0/256
  pwq 236: cpus=118 node=16 flags=0x0 nice=0 active=0/256
  pwq 234: cpus=117 node=16 flags=0x0 nice=0 active=0/256
  pwq 232: cpus=116 node=16 flags=0x0 nice=0 active=0/256
  pwq 230: cpus=115 node=16 flags=0x0 nice=0 active=0/256
  pwq 228: cpus=114 node=16 flags=0x0 nice=0 active=0/256
  pwq 226: cpus=113 node=16 flags=0x0 nice=0 active=0/256
  pwq 224: cpus=112 node=16 flags=0x0 nice=0 active=0/256
  pwq 222: cpus=111 node=16 flags=0x0 nice=0 active=0/256
  pwq 220: cpus=110 node=16 flags=0x0 nice=0 active=0/256
  pwq 218: cpus=109 node=16 flags=0x0 nice=0 active=0/256
  pwq 216: cpus=108 node=16 flags=0x0 nice=0 active=0/256
  pwq 214: cpus=107 node=16 flags=0x0 nice=0 active=0/256
  pwq 212: cpus=106 node=16 flags=0x0 nice=0 active=0/256
  pwq 210:
 cpus=105 node=16 flags=0x0 nice=0 active=0/256
  pwq 208: cpus=104 node=16 flags=0x0 nice=0 active=0/256
  pwq 206: cpus=103 node=16 flags=0x0 nice=0 active=0/256
  pwq 204: cpus=102 node=16 flags=0x0 nice=0 active=0/256
  pwq 202: cpus=101 node=16 flags=0x0 nice=0 active=0/256
  pwq 200: cpus=100 node=16 flags=0x0 nice=0 active=0/256
  pwq 198:
 cpus=99 node=16 flags=0x0 nice=0 active=0/256
  pwq 196: cpus=98 node=16 flags=0x0 nice=0 active=0/256
  pwq 194: cpus=97 node=16 flags=0x0 nice=0 active=0/256
  pwq 192: cpus=96 node=16 flags=0x0 nice=0 active=0/256
  pwq 190: cpus=95 node=16 flags=0x0 nice=0 active=0/256
  pwq 188: cpus=94 node=16 flags=0x0 nice=0 active=0/256
  pwq 186: cpus=93 node=16 flags=0x0 nice=0 active=0/256
  pwq 184: cpus=92 node=16 flags=0x0 nice=0 active=0/256
  pwq 182: cpus=91 node=16 flags=0x0 nice=0 active=0/256
  pwq 180: cpus=90 node=16 flags=0x0 nice=0 active=0/256
  pwq 178: cpus=89 node=16 flags=0x0 nice=0 active=0/256
  pwq 176:
 cpus=88 node=16 flags=0x0 nice=0 active=0/256
  pwq 174: cpus=87 node=16 flags=0x0 nice=0 active=0/256
  pwq 172: cpus=86 node=16 flags=0x0 nice=0 active=0/256
  pwq 170: cpus=85 node=16 flags=0x0 nice=0 active=0/256
  pwq 168: cpus=84 node=16 flags=0x0 nice=0 active=0/256
  pwq 166: cpus=83 node=16 flags=0x0 nice=0 active=0/256
  pwq 164: cpus=82 node=16 flags=0x0 nice=0 active=0/256
  pwq 162: cpus=81 node=16 flags=0x0 nice=0 active=0/256
  pwq 160: cpus=80 node=16 flags=0x0 nice=0 active=0/256
  pwq 158: cpus=79 node=1 flags=0x0 nice=0 active=0/256
  pwq 156:
 cpus=78 node=1 flags=0x0 nice=0 active=0/256
  pwq 154: cpus=77 node=1 flags=0x0 nice=0 active=0/256
  pwq 152: cpus=76 node=1 flags=0x0 nice=0 active=0/256
  pwq 150: cpus=75 node=1 flags=0x0 nice=0 active=0/256
  pwq 148: cpus=74 node=1 flags=0x0 nice=0 active=0/256
  pwq 146: cpus=73 node=1 flags=0x0 nice=0 active=0/256
  pwq 144: cpus=72 node=1 flags=0x0 nice=0 active=0/256
  pwq 142: cpus=71 node=1 flags=0x0 nice=0 active=0/256
  pwq 140: cpus=70 node=1 flags=0x0 nice=0 active=0/256
  pwq 138:
 cpus=69 node=1 flags=0x0 nice=0 active=0/256
  pwq 136: cpus=68 node=1 flags=0x0 nice=0 active=0/256
  pwq 134: cpus=67 node=1 flags=0x0 nice=0 active=0/256
  pwq 132: cpus=66 node=1 flags=0x0 nice=0 active=0/256
  pwq 130: cpus=65 node=1 flags=0x0 nice=0 active=0/256
  pwq 128: cpus=64 node=1 flags=0x0 nice=0 active=0/256
  pwq 126: cpus=63 node=1 flags=0x0 nice=0 active=0/256
  pwq 124: cpus=62 node=1 flags=0x0 nice=0 active=0/256
  pwq 122: cpus=61 node=1 flags=0x0 nice=0 active=0/256
  pwq 120: cpus=60 node=1 flags=0x0 nice=0 active=0/256
  pwq 118: cpus=59 node=1 flags=0x0 nice=0 active=0/256
  pwq 116: cpus=58 node=1 flags=0x0 nice=0 active=0/256
  pwq 114: cpus=57 node=1 flags=0x0 nice=0 active=0/256
  pwq 112: cpus=56 node=1 flags=0x0 nice=0 active=0/256
  pwq 110: cpus=55 node=1 flags=0x0 nice=0 active=0/256
  pwq 108: cpus=54 node=1 flags=0x0 nice=0 active=0/256
  pwq 106: cpus=53 node=1 flags=0x0 nice=0 active=0/256
  pwq 104: cpus=52 node=1 flags=0x0 nice=0 active=0/256
  pwq 102: cpus=51 node=1 flags=0x0 nice=0 active=0/256
  pwq 100: cpus=50 node=1 flags=0x0 nice=0 active=0/256
  pwq 98: cpus=49 node=1 flags=0x0 nice=0 active=0/256
  pwq 96: cpus=48 node=1 flags=0x0 nice=0 active=0/256
  pwq 94: cpus=47 node=1 flags=0x0 nice=0 active=0/256
  pwq 92: cpus=46 node=1 flags=0x0 nice=0 active=0/256
  pwq 90: cpus=45 node=1 flags=0x0 nice=0 active=0/256
  pwq 88: cpus=44 node=1 flags=0x0 nice=0 active=0/256
  pwq 86: cpus=43 node=1 flags=0x0 nice=0 active=0/256
  pwq 84: cpus=42 node=1 flags=0x0 nice=0 active=0/256
  pwq 82: cpus=41 node=1 flags=0x0 nice=0 active=0/256
  pwq 80: cpus=40 node=1 flags=0x0 nice=0 active=0/256
  pwq 78: cpus=39 node=0 flags=0x0 nice=0 active=0/256
  pwq 76: cpus=38 node=0 flags=0x0 nice=0 active=0/256
  pwq 74: cpus=37 node=0 flags=0x0 nice=0 active=0/256
  pwq 72:
 cpus=36 node=0 flags=0x0 nice=0 active=0/256
  pwq 70: cpus=35 node=0 flags=0x0 nice=0 active=0/256
  pwq 68: cpus=34 node=0 flags=0x0 nice=0 active=0/256
  pwq 66:
 cpus=33 node=0 flags=0x0 nice=0 active=0/256
  pwq 64: cpus=32 node=0 flags=0x0 nice=0 active=0/256
  pwq 62: cpus=31 node=0 flags=0x0 nice=0 active=0/256
  pwq 60: cpus=30 node=0 flags=0x0 nice=0 active=0/256
  pwq 58: cpus=29 node=0 flags=0x0 nice=0 active=0/256
  pwq 56: cpus=28 node=0 flags=0x0 nice=0 active=0/256
  pwq 54: cpus=27 node=0 flags=0x0 nice=0 active=0/256
  pwq 52: cpus=26 node=0 flags=0x0 nice=0 active=0/256
  pwq 50: cpus=25 node=0 flags=0x0 nice=0 active=0/256
  pwq 48: cpus=24 node=0 flags=0x0 nice=0 active=0/256
  pwq 46: cpus=23 node=0 flags=0x0 nice=0 active=0/256
  pwq 44: cpus=22 node=0 flags=0x0 nice=0 active=0/256
  pwq 42: cpus=21 node=0 flags=0x0 nice=0 active=0/256
  pwq 40: cpus=20 node=0 flags=0x0 nice=0 active=0/256
  pwq 38: cpus=19 node=0 flags=0x0 nice=0 active=0/256
  pwq 36: cpus=18 node=0 flags=0x0 nice=0 active=0/256
  pwq 34: cpus=17 node=0 flags=0x0 nice=0 active=0/256
  pwq 32:
 cpus=16 node=0 flags=0x0 nice=0 active=0/256
  pwq 30: cpus=15 node=0 flags=0x0 nice=0 active=0/256
  pwq 28:
 cpus=14 node=0 flags=0x0 nice=0 active=0/256
  pwq 26: cpus=13 node=0 flags=0x0 nice=0 active=0/256
  pwq 24: cpus=12 node=0 flags=0x0 nice=0 active=0/256
  pwq 22: cpus=11 node=0 flags=0x0 nice=0 active=0/256
  pwq 20: cpus=10 node=0 flags=0x0 nice=0 active=0/256
  pwq 18: cpus=9 node=0 flags=0x0 nice=0 active=0/256
  pwq 16: cpus=8 node=0 flags=0x0 nice=0 active=0/256
  pwq 14: cpus=7 node=0 flags=0x0 nice=0 active=0/256
  pwq 12: cpus=6 node=0 flags=0x0 nice=0 active=0/256
  pwq 10:
 cpus=5 node=0 flags=0x0 nice=0 active=0/256
  pwq 8: cpus=4 node=0 flags=0x0 nice=0 active=0/256
  pwq 6:
 cpus=3 node=0 flags=0x0 nice=0 active=0/256
  pwq 4: cpus=2 node=0 flags=0x0 nice=0 active=0/256
  pwq 2: cpus=1 node=0 flags=0x0 nice=0 active=0/256
  pwq 0: cpus=0 node=0 flags=0x0 nice=0 active=0/256
workqueue ext4-rsv-conversion: flags=0xa
  pwq 320: cpus=0-159 flags=0x4 nice=0 active=0/1
  pwq 324: cpus=120-159 node=17 flags=0x4 nice=0 active=0/1
  pwq 323: cpus=80-119 node=16 flags=0x4 nice=0 active=0/1
  pwq 322: cpus=40-79 node=1 flags=0x4 nice=0 active=0/1
  pwq 321: cpus=0-39 node=0 flags=0x4 nice=0 active=0/1
pool 0: cpus=0 node=0 flags=0x0 nice=0 hung=0s workers=3 idle: 1446 2510 3
pool 1: cpus=0 node=0 flags=0x0 nice=-20 hung=84s workers=2 idle: 2776 4
pool 2: cpus=1 node=0 flags=0x0 nice=0 hung=0s workers=3 idle: 3036 2512 18
pool 3: cpus=1 node=0 flags=0x0 nice=-20 hung=156s workers=2 idle: 3027 19
pool 4: cpus=2 node=0 flags=0x0 nice=0 hung=0s workers=3 idle: 8200 2515 24
pool 5: cpus=2 node=0 flags=0x0 nice=-20 hung=210s workers=2 idle: 7004 25
pool 6: cpus=3 node=0 flags=0x0 nice=0 hung=0s workers=3 idle: 2513 6949 30
pool 7:
 cpus=3 node=0 flags=0x0 nice=-20 hung=210s workers=2 idle: 5343 31
pool 8: cpus=4 node=0 flags=0x0 nice=0 hung=0s workers=3 idle: 7463 2522 36
pool 9: cpus=4 node=0 flags=0x0 nice=-20 hung=105s workers=2 idle: 7645 37
pool 10: cpus=5 node=0 flags=0x0 nice=0 hung=27s workers=3 idle: 7615 2516 42
pool 11: cpus=5 node=0 flags=0x0 nice=-20 hung=89s workers=2 idle: 8072 43
pool 12: cpus=6 node=0 flags=0x0 nice=0 hung=17s workers=2 idle: 2518 48
pool 13: cpus=6 node=0 flags=0x0 nice=-20 hung=78s workers=2 idle: 7470 49
pool 14: cpus=7 node=0 flags=0x0 nice=0 hung=20s workers=3 idle: 7778 2864 54
pool 15: cpus=7 node=0 flags=0x0 nice=-20 hung=79s workers=2 idle: 8257 55
pool 16: cpus=8 node=0 flags=0x0 nice=0 hung=3s workers=3 idle: 2511 6916 60
pool 17: cpus=8 node=0 flags=0x0 nice=-20 hung=124s workers=2 idle: 5064 61
pool 18: cpus=9 node=0 flags=0x0 nice=0 hung=0s workers=3 idle: 7016 2514 66
pool 19: cpus=9 node=0 flags=0x0 nice=-20 hung=160s workers=2 idle: 6906 67
pool 20:
 cpus=10 node=0 flags=0x0 nice=0 hung=0s workers=3 idle: 2524 5399 72
pool 21: cpus=10 node=0 flags=0x0 nice=-20 hung=122s workers=2 idle: 4779 73
pool 22: cpus=11 node=0 flags=0x0 nice=0 hung=0s workers=2 idle: 1564 78
pool 23: cpus=11 node=0 flags=0x0 nice=-20 hung=168s workers=2 idle: 2825 79
pool 24: cpus=12 node=0 flags=0x0 nice=0 hung=0s workers=3 idle: 2509 7242 84
pool 25: cpus=12 node=0 flags=0x0 nice=-20 hung=160s workers=2 idle: 7241 85
pool 26: cpus=13 node=0 flags=0x0 nice=0 hung=0s workers=2 idle: 1566 90
pool 27: cpus=13 node=0 flags=0x0 nice=-20 hung=209s workers=2 idle: 5427 91
pool 28: cpus=14 node=0 flags=0x0 nice=0 hung=3s workers=2 idle: 2531 96
pool 29: cpus=14 node=0 flags=0x0 nice=-20 hung=211s workers=2 idle: 2877 97
pool 30: cpus=15 node=0 flags=0x0 nice=0 hung=27s workers=3 idle: 2520 3035 102
pool 31: cpus=15 node=0 flags=0x0 nice=-20 hung=162s workers=2 idle: 4756 103
pool 32: cpus=16 node=0 flags=0x0 nice=0 hung=0s workers=4 idle: 2517 2879 3025 108
pool 33: cpus=16 node=0 flags=0x0 nice=-20 hung=10s workers=2 idle: 2857 109
pool 34: cpus=17 node=0 flags=0x0 nice=0 hung=17s workers=3 idle: 5578 114 2519
pool 35: cpus=17 node=0 flags=0x0 nice=-20 hung=166s workers=2 idle: 6994 115
pool 36: cpus=18 node=0 flags=0x0 nice=0 hung=3s workers=3 idle: 3040 2521 120
pool 37: cpus=18 node=0 flags=0x0 nice=-20 hung=3s workers=2 idle: 2872 121
pool 38: cpus=19 node=0 flags=0x0 nice=0 hung=0s workers=3 idle: 2523 4759 126
pool 39: cpus=19 node=0 flags=0x0 nice=-20 hung=5s workers=2 idle: 3029 127
pool 40: cpus=20 node=0 flags=0x0 nice=0 hung=0s workers=3 idle: 6114 2526 132
pool 41: cpus=20 node=0 flags=0x0 nice=-20 hung=0s workers=2 idle: 6782 133
pool 42: cpus=21 node=0 flags=0x0 nice=0 hung=0s workers=3 idle: 2525 6648 138
pool 43: cpus=21 node=0 flags=0x0 nice=-20 hung=0s workers=2 idle: 3107 139
pool 44:
 cpus=22 node=0 flags=0x0 nice=0 hung=0s workers=3 idle: 6914 2528 144
pool 45: cpus=22 node=0 flags=0x0 nice=-20 hung=59s workers=2 idle: 5043 145
pool 46: cpus=23 node=0 flags=0x0 nice=0 hung=0s workers=3 idle: 6905 150 2529
pool 47: cpus=23 node=0 flags=0x0 nice=-20 hung=160s workers=2 idle: 6545 151
pool 48: cpus=24 node=0 flags=0x0 nice=0 hung=0s workers=3 idle: 2527 6629 156
pool 49: cpus=24 node=0 flags=0x0 nice=-20 hung=54s workers=2 idle: 5083 157
pool 50: cpus=25 node=0 flags=0x0 nice=0 hung=3s workers=3 idle: 2530 6952 162
pool 51: cpus=25 node=0 flags=0x0 nice=-20 hung=124s workers=2 idle: 5158 163
pool 52: cpus=26 node=0 flags=0x0 nice=0 hung=11s workers=5 idle: 2532 4778 4777 3038 168
pool 53: cpus=26 node=0 flags=0x0 nice=-20 hung=64s workers=2 idle: 5172 169
pool 54: cpus=27 node=0 flags=0x0 nice=0 hung=2s workers=4 idle: 2533 8006 8008 174
pool 55: cpus=27 node=0 flags=0x0 nice=-20 hung=124s workers=2 idle: 4890 175
pool 56: cpus=28 node=0 flags=0x0 nice=0 hung=2s workers=3 idle: 5393 180 2535
pool 57:
 cpus=28 node=0 flags=0x0 nice=-20 hung=162s workers=2 idle: 3028 181
pool 58: cpus=29 node=0 flags=0x0 nice=0 hung=10s workers=3 idle: 6814 186 2536
pool 59: cpus=29 node=0 flags=0x0 nice=-20 hung=64s workers=2 idle: 5961 187
pool 60: cpus=30 node=0 flags=0x0 nice=0 hung=2s workers=3 idle: 2538 4755 192
pool 61: cpus=30 node=0 flags=0x0 nice=-20 hung=160s workers=2 idle: 3042 193
pool 62: cpus=31 node=0 flags=0x0 nice=0 hung=13s workers=4 idle: 2539 7753 7072 198
pool 63: cpus=31 node=0 flags=0x0 nice=-20 hung=160s workers=2 idle: 7360 199
pool 64: cpus=32 node=0 flags=0x0 nice=0 hung=0s workers=3 idle: 2534 7889 204
pool 65: cpus=32 node=0 flags=0x0 nice=-20 hung=24s workers=2 idle: 6318 205
pool 66: cpus=33 node=0 flags=0x0 nice=0 hung=0s workers=3 idle: 2537 7614 210
pool 67: cpus=33 node=0 flags=0x0 nice=-20 hung=61s workers=2 idle: 2858 211
pool 68: cpus=34 node=0 flags=0x0 nice=0 hung=0s workers=3 idle: 2540 6200 216
pool 69: cpus=34 node=0 flags=0x0 nice=-20 hung=24s workers=2 idle: 2859 217
pool 70: cpus=35 node=0 flags=0x0 nice=0 hung=0s workers=3 idle: 6909 2541 222
pool 71: cpus=35 node=0 flags=0x0 nice=-20 hung=124s workers=2 idle: 2861 223
pool 72:
 cpus=36 node=0 flags=0x0 nice=0 hung=5s workers=2 idle: 2542 228
pool 73: cpus=36 node=0 flags=0x0 nice=-20 hung=124s workers=2 idle: 7254 229
pool 74: cpus=37 node=0 flags=0x0 nice=0 hung=49s workers=3 idle: 3031 2543 234
pool 75: cpus=37 node=0 flags=0x0 nice=-20 hung=160s workers=2 idle: 2860 235
pool 76: cpus=38 node=0 flags=0x0 nice=0 hung=13s workers=3 idle: 2544 6977 240
pool 77: cpus=38 node=0 flags=0x0 nice=-20 hung=160s workers=2 idle: 2875 241
pool 78: cpus=39 node=0 flags=0x0 nice=0 hung=13s workers=3 idle: 2545 7890 246
pool 79: cpus=39 node=0 flags=0x0 nice=-20 hung=156s workers=2 idle: 6112 247
pool 80: cpus=40 node=1 flags=0x0 nice=0 hung=21s workers=3 idle: 7289 252 2656
pool 81: cpus=40 node=1 flags=0x0 nice=-20 hung=162s workers=2 idle: 7303 253
pool 82: cpus=41 node=1 flags=0x0 nice=0 hung=9s workers=2 idle: 2805 259
pool 83: cpus=41 node=1 flags=0x0 nice=-20 hung=241s workers=1 idle: 260
pool 84: cpus=42 node=1 flags=0x0 nice=0 hung=41s workers=2 idle: 2807 265
pool 85: cpus=42 node=1 flags=0x0 nice=-20 hung=241s workers=1 idle: 266
pool 86: cpus=43 node=1 flags=0x0 nice=0 hung=0s workers=2 idle: 2808 271
pool 87: cpus=43 node=1 flags=0x0 nice=-20 hung=241s workers=1 idle: 272
pool 88: cpus=44 node=1 flags=0x0 nice=0 hung=31s workers=2 idle: 7038 277
pool 89: cpus=44 node=1 flags=0x0 nice=-20 hung=241s workers=1 idle: 278
pool 90: cpus=45 node=1 flags=0x0 nice=0 hung=21s workers=2 idle: 7050 283
pool 91: cpus=45 node=1 flags=0x0 nice=-20 hung=241s workers=1 idle: 284
pool 92: cpus=46 node=1 flags=0x0 nice=0 hung=5s workers=2 idle: 7058 289
pool 93: cpus=46 node=1 flags=0x0 nice=-20 hung=241s workers=1 idle: 290
pool 94: cpus=47 node=1 flags=0x0 nice=0 hung=23s workers=2 idle: 7563 295
pool 95:
 cpus=47 node=1 flags=0x0 nice=-20 hung=241s workers=1 idle: 296
pool 96: cpus=48 node=1 flags=0x0 nice=0 hung=0s workers=2 idle: 2799 301
pool 97: cpus=48 node=1 flags=0x0 nice=-20 hung=241s workers=1 idle: 302
pool 98: cpus=49 node=1 flags=0x0 nice=0 hung=2s workers=2 idle: 2772 307
pool 99: cpus=49 node=1 flags=0x0 nice=-20 hung=241s workers=1 idle: 308
pool 100: cpus=50 node=1 flags=0x0 nice=0 hung=1s workers=2 idle: 2752 313
pool 101: cpus=50 node=1 flags=0x0 nice=-20 hung=241s workers=1 idle: 314
pool 102: cpus=51 node=1 flags=0x0 nice=0 hung=37s workers=2 idle: 2815 319
pool 103: cpus=51 node=1 flags=0x0 nice=-20 hung=162s workers=2 idle: 7305 320
pool 104: cpus=52 node=1 flags=0x0 nice=0 hung=29s workers=2 idle: 2814 325
pool 105: cpus=52 node=1 flags=0x0 nice=-20 hung=241s workers=1 idle: 326
pool 106: cpus=53 node=1 flags=0x0 nice=0 hung=1s workers=2 idle: 2820 331
pool 107: cpus=53 node=1 flags=0x0 nice=-20 hung=241s workers=1 idle: 332
pool 108:
 cpus=54 node=1 flags=0x0 nice=0 hung=9s workers=2 idle: 2817 337
pool 109: cpus=54 node=1 flags=0x0 nice=-20 hung=241s workers=1 idle: 338
pool 110: cpus=55 node=1 flags=0x0 nice=0 hung=5s workers=2 idle: 2806 343
pool 111: cpus=55 node=1 flags=0x0 nice=-20 hung=241s workers=1 idle: 344
pool 112: cpus=56 node=1 flags=0x0 nice=0 hung=5s workers=2 idle: 2773 349
pool 113: cpus=56 node=1 flags=0x0 nice=-20 hung=241s workers=1 idle: 350
pool 114: cpus=57 node=1 flags=0x0 nice=0 hung=9s workers=3 idle: 2775 7464 355
pool 115: cpus=57 node=1 flags=0x0 nice=-20 hung=160s workers=2 idle: 7307 356
pool 116: cpus=58 node=1 flags=0x0 nice=0 hung=17s workers=2 idle: 2771 361
pool 117: cpus=58 node=1 flags=0x0 nice=-20 hung=241s workers=1 idle: 362
pool 118: cpus=59 node=1 flags=0x0 nice=0 hung=21s workers=2 idle: 2751 367
pool 119: cpus=59 node=1 flags=0x0 nice=-20 hung=241s workers=1 idle: 368
pool 120: cpus=60 node=1 flags=0x0 nice=0 hung=1s workers=2 idle: 2819 373
pool 121: cpus=60 node=1 flags=0x0 nice=-20 hung=241s workers=1 idle: 374
pool 122: cpus=61 node=1 flags=0x0 nice=0 hung=65s workers=2 idle: 2818 379
pool 123: cpus=61 node=1 flags=0x0 nice=-20 hung=241s workers=1 idle: 380
pool 124: cpus=62 node=1 flags=0x0 nice=0 hung=64s workers=2 idle: 2816 385
pool 125: cpus=62 node=1 flags=0x0 nice=-20 hung=241s workers=1 idle: 386
pool 126: cpus=63 node=1 flags=0x0 nice=0 hung=17s workers=2 idle: 2821 391
pool 127: cpus=63 node=1 flags=0x0 nice=-20 hung=241s workers=1 idle: 392
pool 128: cpus=64 node=1 flags=0x0 nice=0 hung=29s workers=2 idle: 2754 397
pool 129: cpus=64 node=1 flags=0x0 nice=-20 hung=162s workers=2 idle: 7309 398
pool 130: cpus=65 node=1 flags=0x0 nice=0 hung=17s workers=2 idle: 2810 403
pool 131: cpus=65 node=1 flags=0x0 nice=-20 hung=241s workers=1 idle: 404
pool 132: cpus=66 node=1 flags=0x0 nice=0 hung=13s workers=2 idle: 2812 409
pool 133:
 cpus=66 node=1 flags=0x0 nice=-20 hung=241s workers=1 idle: 410
pool 134: cpus=67 node=1 flags=0x0 nice=0 hung=1s workers=2 idle: 2813 415
pool 135: cpus=67 node=1 flags=0x0 nice=-20 hung=241s workers=1 idle: 416
pool 136: cpus=68 node=1 flags=0x0 nice=0 hung=21s workers=2 idle: 2774 421
pool 137: cpus=68 node=1 flags=0x0 nice=-20 hung=241s workers=1 idle: 422
pool 138: cpus=69 node=1 flags=0x0 nice=0 hung=57s workers=2 idle: 7365 427
pool 139: cpus=69 node=1 flags=0x0 nice=-20 hung=241s workers=1 idle: 428
pool 140: cpus=70 node=1 flags=0x0 nice=0 hung=1s workers=2 idle: 6710 433
pool 141: cpus=70 node=1 flags=0x0 nice=-20 hung=241s workers=1 idle: 434
pool 142: cpus=71 node=1 flags=0x0 nice=0 hung=53s workers=2 idle: 6921 439
pool 143: cpus=71 node=1 flags=0x0 nice=-20 hung=241s workers=1 idle: 440
pool 144: cpus=72 node=1 flags=0x0 nice=0 hung=1s workers=2 idle: 2800 445
pool 145: cpus=72 node=1 flags=0x0 nice=-20 hung=241s workers=1 idle: 446
pool 146: cpus=73 node=1 flags=0x0 nice=0 hung=9s workers=2 idle: 2750 451
pool 147:
 cpus=73 node=1 flags=0x0 nice=-20 hung=241s workers=1 idle: 452
pool 148: cpus=74 node=1 flags=0x0 nice=0 hung=1s workers=2 idle: 2809 457
pool 149: cpus=74 node=1 flags=0x0 nice=-20 hung=241s workers=1 idle: 458
pool 150: cpus=75 node=1 flags=0x0 nice=0 hung=65s workers=2 idle: 6922 463
pool 151: cpus=75 node=1 flags=0x0 nice=-20 hung=241s workers=1 idle: 464
pool 152: cpus=76 node=1 flags=0x0 nice=0 hung=45s workers=3 idle: 6903 7459 469
pool 153: cpus=76 node=1 flags=0x0 nice=-20 hung=160s workers=2 idle: 7457 470
pool 154: cpus=77 : 8012 626
pool 205: cpus=102 node=16 flags=0x0 nice=-20 hung=241s workers=1 idle: 627
pool 206: cpus=103 node=16 flags=0x0 nice=0 hung=1s workers=2 idle: 2827 632
pool 207: cpus=103 node=16 flags=0x0 nice=-20 hung=241s workers=1 idle: 633
pool 208: cpus=104 node=16 flags=0x0 nice=0 hung=5s workers=2 idle: 2758 638
pool 209: cpus=104 node=16 flags=0x0 nice=-20 hung=241s workers=1 idle: 639
pool 210: cpus=105 node=16 flags=0x0 nice=0 hung=13s workers=2 idle: 7041 644
pool 211:
 cpus=105 node=16 flags=0x0 nice=-20 hung=241s workers=1 idle: 645
pool 212: cpus=106 node=16 flags=0x0 nice=0 hung=1s workers=2 idle: 7061 650
pool 213: cpus=106 node=16 flags=0x0 nice=-20 hung=241s workers=1 idle: 651
pool 214: cpus=107 node=16 flags=0x0 nice=0 hung=129s workers=2 idle: 2828 656
pool 215: cpus=107 node=16 flags=0x0 nice=-20 hung=241s workers=1 idle: 657
pool 216: cpus=108 node=16 flags=0x0 nice=0 hung=73s workers=2 idle: 7957 662
pool 217: cpus=108 node=16 flags=0x0 nice=-20 hung=241s workers=1 idle: 663
pool 218: cpus=109 node=16 flags=0x0 nice=0 hung=93s workers=2 idle: 7468 668
pool 219: cpus=109 node=16 flags=0x0 nice=-20 hung=241s workers=1 idle: 669
pool 220: cpus=110 node=16 flags=0x0 nice=0 hung=1s workers=2 idle: 7054 674
pool 221: cpus=110 node=16 flags=0x0 nice=-20 hung=241s workers=1 idle: 675
pool 222: cpus=111 node=16 flags=0x0 nice=0 hung=13s workers=2 idle: 7042 680
pool 223: cpus=111 node=16 flags=0x0 nice=-20 hung=241s workers=1 idle: 681
pool 224: cpus=112 node=16 flags=0x0 nice=0 hung=1s workers=2 idle: 2759 686
pool 225: cpus=112 node=16 flags=0x0 nice=-20 hung=241s workers=1 idle: 687
pool 226: cpus=113 node=16 flags=0x0 nice=0 hung=9s workers=2 idle: 7055 692
pool 227: cpus=113 node=16 flags=0x0 nice=-20 hung=241s workers=1 idle: 693
pool 228: cpus=114 node=16 flags=0x0 nice=0 hung=129s workers=2 idle: 2829 698
pool 229:
 cpus=114 node=16 flags=0x0 nice=-20 hung=241s workers=1 idle: 699
pool 230: cpus=115 node=16 flags=0x0 nice=0 hung=117s workers=2 idle: 7618 704
pool 231: cpus=115 node=16 flags=0x0 nice=-20 hung=241s workers=1 idle: 705
pool 232: cpus=116 node=16 flags=0x0 nice=0 hung=125s workers=2 idle: 7958 710
pool 233: cpus=116 node=16 flags=0x0 nice=-20 hung=241s workers=1 idle: 711
pool 234: cpus=117 node=16 flags=0x0 nice=0 hung=1s workers=2 idle: 7069 716
pool 235: cpus=117 node=16 flags=0x0 nice=-20 hung=241s workers=1 idle: 717
pool 236: cpus=118 node=16 flags=0x0 nice=0 hung=5s workers=2 idle: 7043 722
pool 237: cpus=118 node=16 flags=0x0 nice=-20 hung=241s workers=1 idle: 723
pool 238: cpus=119 node=16 flags=0x0 nice=0 hung=1s workers=2 idle: 2830 728
pool 239: cpus=119 node=16 flags=0x0 nice=-20 hung=241s workers=1 idle: 729
pool 240: cpus=120 node=17 flags=0x0 nice=0 hung=17s workers=2 idle: 2757 734
pool 241: cpus=120 node=17 flags=0x0 nice=-20 hung=241s workers=1 idle: 735
pool 242: cpus=121 node=17 flags=0x0 nice=0 hung=5s workers=2 idle: 7044 741
pool 243: cpus=121 node=17 flags=0x0 nice=-20 hung=241s workers=1 idle: 742
pool 244: cpus=122 node=17 flags=0x0 nice=0 hung=1s workers=2 idle: 2831 747
pool 245: cpus=122 node=17 flags=0x0 nice=-20 hung=241s workers=1 idle: 748
pool 246: cpus=123 node=17 flags=0x0 nice=0 hung=133s workers=2 idle: 2832 753
pool 247: cpus=123 node=17 flags=0x0 nice=-20 hung=241s workers=1 idle: 754
pool 248: cpus=124 node=17 flags=0x0 nice=0 hung=137s workers=2 idle: 7893 759
pool 249:
 cpus=124 node=17 flags=0x0 nice=-20 hung=241s workers=1 idle: 760
pool 250: cpus=125 node=17 flags=0x0 nice=0 hung=1s workers=2 idle: 7045 765
pool 251: cpus=125 node=17 flags=0x0 nice=-20 hung=241s workers=1 idle: 766
pool 252: cpus=126 node=17 flags=0x0 nice=0 hung=13s workers=2 idle: 7063 771
pool 253: cpus=126 node=17 flags=0x0 nice=-20 hung=241s workers=1 idle: 772
pool 254: cpus=127 node=17 flags=0x0 nice=0 hung=49s workers=2 idle: 2833 777
pool 255: cpus=127 node=17 flags=0x0 nice=-20 hung=241s workers=1 idle: 778
pool 256: cpus=128 node=17 flags=0x0 nice=0 hung=5s workers=2 idle: 2760 783
pool 257: cpus=128 node=17 flags=0x0 nice=-20 hung=241s workers=1 idle: 784
pool 258: cpus=129 node=17 flags=0x0 nice=0 hung=1s workers=2 idle: 2834 789
pool 259: cpus=129 node=17 flags=0x0 nice=-20 hung=241s workers=1 idle: 790
pool 260: cpus=130 node=17 flags=0x0 nice=0 hung=45s workers=2 idle: 7046 795
pool 261: cpus=130 node=17 flags=0x0 nice=-20 hung=241s workers=1 idle: 796
pool 262: cpus=131 node=17 flags=0x0 nice=0 hung=125s workers=2 idle: 7959 801
pool 263: cpus=131 node=17 flags=0x0 nice=-20 hung=241s workers=1 idle: 802
pool 264: cpus=132 node=17 flags=0x0 nice=0 hung=141s workers=2 idle: 7783 807
pool 265: cpus=132 node=17 flags=0x0 nice=-20 hung=241s workers=1 idle: 808
pool 266: cpus=133 node=17 flags=0x0 nice=0 hung=1s workers=2 idle: 2835 813
pool 267: cpus=133 node=17 flags=0x0 nice=-20 hung=241s workers=1 idle: 814
pool 268: cpus=134 node=17 flags=0x0 nice=0 hung=5s workers=2 idle: 7047 819
pool 269: cpus=134 node=17 flags=0x0 nice=-20 hung=241s workers=1 idle: 820
pool 270: cpus=135 node=17 flags=0x0 nice=0 hung=13s workers=2 idle: 2836 825
pool 271: cpus=135 node=17 flags=0x0 nice=-20 hung=241s workers=1 idle: 826
pool 272: cpus=136 node=17 flags=0x0 nice=0 hung=1s workers=2 idle: 2761 831
pool 273:
 cpus=136 node=17 flags=0x0 nice=-20 hung=241s workers=1 idle: 832
pool 274: cpus=137 node=17 flags=0x0 nice=0 hung=5s workers=2 idle: 2837 837
pool 275: cpus=137 node=17 flags=0x0 nice=-20 hung=241s workers=1 idle: 838
pool 276: cpus=138 node=17 flags=0x0 nice=0 hung=65s workers=2 idle: 2838 843
pool 277: cpus=138 node=17 flags=0x0 nice=-20 hung=241s workers=1 idle: 844
pool 278: cpus=139 node=17 flags=0x0 nice=0 hung=5s workers=2 idle: 7894 849
pool 279: cpus=139 node=17 flags=0x0 nice=-20 hung=241s workers=1 idle: 850
pool 280: cpus=140 node=17 flags=0x0 nice=0 hung=1s workers=2 idle: 7048 855
pool 281: cpus=140 node=17 flags=0x0 nice=-20 hung=241s workers=1 idle: 856
pool 282: cpus=141 node=17 flags=0x0 nice=0 hung=5s workers=2 idle: 7066 861
pool 283: cpus=141 node=17 flags=0x0 nice=-20 hung=241s workers=1 idle: 862
pool 284: cpus=142 node=17 flags=0x0 nice=0 hung=13s workers=2 idle: 2839 867
pool 285: cpus=142 node=17 flags=0x0 nice=-20 hung=241s workers=1 idle: 868
pool 286: cpus=143 node=17 flags=0x0 nice=0 hung=1s workers=2 idle: 7062 873
pool 287:
 cpus=143 node=17 flags=0x0 nice=-20 hung=241s workers=1 idle: 874
pool 288: cpus=144 node=17 flags=0x0 nice=0 hung=13s workers=2 idle: 2762 879
pool 289: cpus=144 node=17 flags=0x0 nice=-20 hung=241s workers=1 idle: 880
pool 290: cpus=145 node=17 flags=0x0 nice=0 hung=1s workers=2 idle: 2840 885
pool 291: cpus=145 node=17 flags=0x0 nice=-20 hung=241s workers=1 idle: 886
pool 292: cpus=146 node=17 flags=0x0 nice=0 hung=5s workers=2 idle: 7070 891
pool 293: cpus=146 node=17 flags=0x0 nice=-20 hung=241s workers=1 idle: 892
pool 294: cpus=147 node=17 flags=0x0 nice=0 hung=61s workers=2 idle: 7784 897
pool 295: cpus=147 node=17 flags=0x0 nice=-20 hung=241s workers=1 idle: 898
pool 296: cpus=148 node=17 flags=0x0 nice=0 hung=53s workers=2 idle: 7651 903
pool 297: cpus=148 node=17 flags=0x0 nice=-20 hung=241s workers=1 idle: 904
pool 298: cpus=149 node=17 flags=0x0 nice=0 hung=1s workers=2 idle: 2841 909
pool 299: cpus=149 node=17 flags=0x0 nice=-20 hung=241s workers=1 idle: 910
pool 300: cpus=150 node=17 flags=0x0 nice=0 hung=5s workers=2 idle: 7056 915
pool 301: cpus=150 node=17 flags=0x0 nice=-20 hung=241s workers=1 idle: 916
pool 302: cpus=151 node=17 flags=0x0 nice=0 hung=57s workers=2 idle: 7652 921
pool 303: cpus=151 node=17 flags=0x0 nice=-20 hung=241s workers=1 idle: 922
pool 304: cpus=152 node=17 flags=0x0 nice=0 hung=5s workers=2 idle: 2763 927
pool 305: cpus=152 node=17 flags=0x0 nice=-20 hung=241s workers=1 idle: 928
pool 306: cpus=153 node=17 flags=0x0 nice=0 hung=9s workers=2 idle: 2842 933
pool 307: cpus=153 node=17 flags=0x0 nice=-20 hung=241s workers=1 idle: 934
pool 308: cpus=154 node=17 flags=0x0 nice=0 hung=1s workers=2 idle: 7064 939
pool 309: cpus=154 node=17 flags=0x0 nice=-20 hung=241s workers=1 idle: 940
pool 310: cpus=155 node=17 flags=0x0 nice=0 hung=61s workers=2 idle: 7961 945
pool 311: cpus=155 node=17 flags=0x0 nice=-20 hung=241s workers=1 idle: 946
pool 312:
 cpus=156 node=17 flags=0x0 nice=0 hung=121s workers=2 idle: 2843 951
pool 313: cpus=156 node=17 flags=0x0 nice=-20 hung=241s workers=1 idle: 952
pool 314:
 cpus=157 node=17 flags=0x0 nice=0 hung=1s workers=2 idle: 7049 957
pool 315: cpus=157 node=17 flags=0x0 nice=-20 hung=241s workers=1 idle: 958
pool 316: cpus=158 node=17 flags=0x0 nice=0 hung=1s workers=2 idle: 7057 963
pool 317: cpus=158 node=17 flags=0x0 nice=-20 hung=241s workers=1 idle: 964
pool 318: cpus=159 node=17 flags=0x0 nice=0 hung=9s workers=2 idle: 2844 969
pool 319: cpus=159 node=17 flags=0x0 nice=-20 hung=241s workers=1 idle: 970
pool 320: cpus=0-159 flags=0x4 nice=0 hung=241s workers=1 idle: 6
pool 321:
 cpus=0-39 node=0 flags=0x4 nice=0 hung=4s workers=8 idle: 1234 5 973 1224 2623 2785 2625 2719
pool 322: cpus=40-79 node=1 flags=0x4 nice=0 hung=160s workers=4 idle: 2668 2657 254 2672
pool 323:
 cpus=80-119 node=16 flags=0x4 nice=0 hung=13s workers=2 idle: 495 8013
pool 324:
 cpus=120-159 node=17 flags=0x4 nice=0 hung=241s workers=1 idle: 736

^ permalink raw reply	[flat|nested] 43+ messages in thread

* Re: Oops on Power8 (was Re: [PATCH v2 1/7] workqueue: make workqueue available early during boot)
  2016-10-18  4:37                   ` Michael Ellerman
@ 2016-10-18 18:58                     ` Tejun Heo
  2016-10-19 11:16                       ` Michael Ellerman
  0 siblings, 1 reply; 43+ messages in thread
From: Tejun Heo @ 2016-10-18 18:58 UTC (permalink / raw)
  To: Michael Ellerman
  Cc: torvalds, linux-kernel, jiangshanlai, akpm, kernel-team,
	linuxppc-dev, Balbir Singh

Hello, Michael.

On Tue, Oct 18, 2016 at 03:37:42PM +1100, Michael Ellerman wrote:
> That doesn't compile, wq doesn't exist.
> 
> I guessed that you meant:
> 
> +       wq_numa_init();
> +       list_for_each_entry(wq, &workqueues, list)
> +               wq_update_unbound_numa(wq, smp_processor_id(), true);

Yeap, sorry about that.

> And that does boot.
> 
> The sysrq-t output is below, it's rather large.

Didn't expect that many cpus but it looks good.  I'll post proper
patches soon.

Thanks!

-- 
tejun

^ permalink raw reply	[flat|nested] 43+ messages in thread

* Re: Oops on Power8 (was Re: [PATCH v2 1/7] workqueue: make workqueue available early during boot)
  2016-10-18 18:58                     ` Tejun Heo
@ 2016-10-19 11:16                       ` Michael Ellerman
  2016-10-19 16:15                         ` [PATCH wq/for-4.10] workqueue: move wq_numa_init() to workqueue_init() Tejun Heo
  0 siblings, 1 reply; 43+ messages in thread
From: Michael Ellerman @ 2016-10-19 11:16 UTC (permalink / raw)
  To: Tejun Heo
  Cc: torvalds, linux-kernel, jiangshanlai, akpm, kernel-team,
	linuxppc-dev, Balbir Singh

Tejun Heo <tj@kernel.org> writes:

> Hello, Michael.
>
> On Tue, Oct 18, 2016 at 03:37:42PM +1100, Michael Ellerman wrote:
>> That doesn't compile, wq doesn't exist.
>> 
>> I guessed that you meant:
>> 
>> +       wq_numa_init();
>> +       list_for_each_entry(wq, &workqueues, list)
>> +               wq_update_unbound_numa(wq, smp_processor_id(), true);
>
> Yeap, sorry about that.

No worries.

>> And that does boot.
>> 
>> The sysrq-t output is below, it's rather large.
>
> Didn't expect that many cpus but it looks good.

I have another system here with twice as many CPUs if that would help ;)

> I'll post proper patches soon.

Thanks. Can you pull the current series out of linux-next for now until
you merge the new series?

cheers

^ permalink raw reply	[flat|nested] 43+ messages in thread

* [PATCH wq/for-4.10] workqueue: move wq_numa_init() to workqueue_init()
  2016-10-19 11:16                       ` Michael Ellerman
@ 2016-10-19 16:15                         ` Tejun Heo
  0 siblings, 0 replies; 43+ messages in thread
From: Tejun Heo @ 2016-10-19 16:15 UTC (permalink / raw)
  To: Michael Ellerman
  Cc: torvalds, linux-kernel, jiangshanlai, akpm, kernel-team,
	linuxppc-dev, Balbir Singh

Hello, Michael.

I simplified the patch a bit and applied the following to for-4.10 and
updated for-next accordingly.  The coming next snapshot should be
fine.

Thanks!

------ 8< ------
>From 2186d9f940b6a04f263a3bacd48f2a7ba96df4cf Mon Sep 17 00:00:00 2001
From: Tejun Heo <tj@kernel.org>
Date: Wed, 19 Oct 2016 12:01:27 -0400

While splitting up workqueue initialization into two parts,
ac8f73400782 ("workqueue: make workqueue available early during boot")
put wq_numa_init() into workqueue_init_early().  Unfortunately, on
some archs including power and arm64, cpu to node mapping isn't yet
established by the time the early init is called leading to incorrect
NUMA initialization and subsequently the following oops due to zero
cpumask on node-specific unbound pools.

  Unable to handle kernel paging request for data at address 0x00000038
  Faulting instruction address: 0xc0000000000fc0cc
  Oops: Kernel access of bad area, sig: 11 [#1]
  SMP NR_CPUS=2048 NUMA PowerNV
  Modules linked in:
  CPU: 0 PID: 1 Comm: swapper/0 Not tainted 4.8.0-compiler_gcc-6.2.0-next-20161005 #94
  task: c0000007f5400000 task.stack: c000001ffc084000
  NIP: c0000000000fc0cc LR: c0000000000ed928 CTR: c0000000000fbfd0
  REGS: c000001ffc087780 TRAP: 0300   Not tainted  (4.8.0-compiler_gcc-6.2.0-next-20161005)
  MSR: 9000000002009033 <SF,HV,VEC,EE,ME,IR,DR,RI,LE>  CR: 48000424  XER: 00000000
  CFAR: c0000000000089dc DAR: 0000000000000038 DSISR: 40000000 SOFTE: 0
  GPR00: c0000000000ed928 c000001ffc087a00 c000000000e63200 c000000010d6d600
  GPR04: c0000007f5409200 0000000000000021 000000000748e08c 000000000000001f
  GPR08: 0000000000000000 0000000000000021 000000000748f1f8 0000000000000000
  GPR12: 0000000028000422 c00000000fb80000 c00000000000e0c8 0000000000000000
  GPR16: 0000000000000000 0000000000000000 0000000000000021 0000000000000001
  GPR20: ffffffffafb50401 0000000000000000 c000000010d6d600 000000000000ba7e
  GPR24: 000000000000ba7e c000000000d8bc58 afb504000afb5041 0000000000000001
  GPR28: 0000000000000000 0000000000000004 c0000007f5409280 0000000000000000
  NIP [c0000000000fc0cc] enqueue_task_fair+0xfc/0x18b0
  LR [c0000000000ed928] activate_task+0x78/0xe0
  Call Trace:
  [c000001ffc087a00] [c0000007f5409200] 0xc0000007f5409200 (unreliable)
  [c000001ffc087b10] [c0000000000ed928] activate_task+0x78/0xe0
  [c000001ffc087b50] [c0000000000ede58] ttwu_do_activate+0x68/0xc0
  [c000001ffc087b90] [c0000000000ef1b8] try_to_wake_up+0x208/0x4f0
  [c000001ffc087c10] [c0000000000d3484] create_worker+0x144/0x250
  [c000001ffc087cb0] [c000000000cd72d0] workqueue_init+0x124/0x150
  [c000001ffc087d00] [c000000000cc0e74] kernel_init_freeable+0x158/0x360
  [c000001ffc087dc0] [c00000000000e0e4] kernel_init+0x24/0x160
  [c000001ffc087e30] [c00000000000bfa0] ret_from_kernel_thread+0x5c/0xbc
  Instruction dump:
  62940401 3b800000 3aa00000 7f17c378 3a600001 3b600001 60000000 60000000
  60420000 72490021 ebfe0150 2f890001 <ebbf0038> 419e0de0 7fbee840 419e0e58
  ---[ end trace 0000000000000000 ]---

Fix it by moving wq_numa_init() to workqueue_init().  As this means
that the early intialization may not have full NUMA info for per-cpu
pools and ignores NUMA affinity for unbound pools, fix them up from
workqueue_init() after wq_numa_init().

Signed-off-by: Tejun Heo <tj@kernel.org>
Reported-by: Michael Ellerman <mpe@ellerman.id.au>
Link: http://lkml.kernel.org/r/87twck5wqo.fsf@concordia.ellerman.id.au
Fixes: ac8f73400782 ("workqueue: make workqueue available early during boot")
Signed-off-by: Tejun Heo <tj@kernel.org>
---
 kernel/workqueue.c | 25 +++++++++++++++++++++++--
 1 file changed, 23 insertions(+), 2 deletions(-)

diff --git a/kernel/workqueue.c b/kernel/workqueue.c
index ad0cd43..c56479b 100644
--- a/kernel/workqueue.c
+++ b/kernel/workqueue.c
@@ -5495,8 +5495,6 @@ int __init workqueue_init_early(void)
 
 	pwq_cache = KMEM_CACHE(pool_workqueue, SLAB_PANIC);
 
-	wq_numa_init();
-
 	/* initialize CPU pools */
 	for_each_possible_cpu(cpu) {
 		struct worker_pool *pool;
@@ -5566,9 +5564,32 @@ int __init workqueue_init_early(void)
  */
 int __init workqueue_init(void)
 {
+	struct workqueue_struct *wq;
 	struct worker_pool *pool;
 	int cpu, bkt;
 
+	/*
+	 * It'd be simpler to initialize NUMA in workqueue_init_early() but
+	 * CPU to node mapping may not be available that early on some
+	 * archs such as power and arm64.  As per-cpu pools created
+	 * previously could be missing node hint and unbound pools NUMA
+	 * affinity, fix them up.
+	 */
+	wq_numa_init();
+
+	mutex_lock(&wq_pool_mutex);
+
+	for_each_possible_cpu(cpu) {
+		for_each_cpu_worker_pool(pool, cpu) {
+			pool->node = cpu_to_node(cpu);
+		}
+	}
+
+	list_for_each_entry(wq, &workqueues, list)
+		wq_update_unbound_numa(wq, smp_processor_id(), true);
+
+	mutex_unlock(&wq_pool_mutex);
+
 	/* create the initial workers */
 	for_each_online_cpu(cpu) {
 		for_each_cpu_worker_pool(pool, cpu) {
-- 
2.7.4

^ permalink raw reply related	[flat|nested] 43+ messages in thread

* [PATCH 2/7] mce, workqueue: remove keventd_up() usage
  2016-09-15 19:30 [PATCHSET wq/for-4.9] workqueue: make workqueue available very early during boot Tejun Heo
  2016-09-15 19:30 ` [PATCH 1/7] workqueue: make workqueue available " Tejun Heo
@ 2016-09-15 19:30 ` Tejun Heo
  2016-09-17  7:56   ` Borislav Petkov
  2016-09-15 19:30 ` [PATCH 3/7] tty, " Tejun Heo
                   ` (6 subsequent siblings)
  8 siblings, 1 reply; 43+ messages in thread
From: Tejun Heo @ 2016-09-15 19:30 UTC (permalink / raw)
  To: torvalds
  Cc: linux-kernel, jiangshanlai, akpm, kernel-team, Tejun Heo,
	Tony Luck, Borislav Petkov, linux-edac

Now that workqueue can handle work item queueing from very early
during boot, there is no need to gate schedule_work() with
keventd_up().  Remove it.

Signed-off-by: Tejun Heo <tj@kernel.org>
Cc: Tony Luck <tony.luck@intel.com>
Cc: Borislav Petkov <bp@alien8.de>
Cc: linux-edac@vger.kernel.org
---
Hello,

This change depends on an earlier workqueue patch and is followed by a
patch to remove keventd_up().  It'd be great if it can be routed
through the wq/for-4.9 branch.

Thanks.

 arch/x86/kernel/cpu/mcheck/mce.c | 2 +-
 1 file changed, 1 insertion(+), 1 deletion(-)

diff --git a/arch/x86/kernel/cpu/mcheck/mce.c b/arch/x86/kernel/cpu/mcheck/mce.c
index 79d8ec8..675b7d8 100644
--- a/arch/x86/kernel/cpu/mcheck/mce.c
+++ b/arch/x86/kernel/cpu/mcheck/mce.c
@@ -491,7 +491,7 @@ int mce_available(struct cpuinfo_x86 *c)
 
 static void mce_schedule_work(void)
 {
-	if (!mce_gen_pool_empty() && keventd_up())
+	if (!mce_gen_pool_empty())
 		schedule_work(&mce_work);
 }
 
-- 
2.7.4

^ permalink raw reply related	[flat|nested] 43+ messages in thread

* Re: [PATCH 2/7] mce, workqueue: remove keventd_up() usage
  2016-09-15 19:30 ` [PATCH 2/7] mce, workqueue: remove keventd_up() usage Tejun Heo
@ 2016-09-17  7:56   ` Borislav Petkov
  2016-09-17 17:24     ` Tejun Heo
  0 siblings, 1 reply; 43+ messages in thread
From: Borislav Petkov @ 2016-09-17  7:56 UTC (permalink / raw)
  To: Tejun Heo
  Cc: torvalds, linux-kernel, jiangshanlai, akpm, kernel-team,
	Tony Luck, linux-edac

On Thu, Sep 15, 2016 at 03:30:16PM -0400, Tejun Heo wrote:
> Now that workqueue can handle work item queueing from very early
> during boot, there is no need to gate schedule_work() with
> keventd_up().  Remove it.
> 
> Signed-off-by: Tejun Heo <tj@kernel.org>
> Cc: Tony Luck <tony.luck@intel.com>
> Cc: Borislav Petkov <bp@alien8.de>
> Cc: linux-edac@vger.kernel.org
> ---
> Hello,
> 
> This change depends on an earlier workqueue patch and is followed by a
> patch to remove keventd_up().  It'd be great if it can be routed
> through the wq/for-4.9 branch.

I don't mind as long as I can call it as early as:

->x86_64_start_reservations
|->start_kernel
  |->check_bugs
     |->identify_boot_cpu
        |->identify_cpu
	   |->mcheck_cpu_init
	     |->do_machine_check
	       |->mce_report_event
	          |->mce_schedule_work

because this is the earliest callchain I can see.

Thanks.

-- 
Regards/Gruss,
    Boris.

ECO tip #101: Trim your mails when you reply.
--

^ permalink raw reply	[flat|nested] 43+ messages in thread

* Re: [PATCH 2/7] mce, workqueue: remove keventd_up() usage
  2016-09-17  7:56   ` Borislav Petkov
@ 2016-09-17 17:24     ` Tejun Heo
  2016-09-17 20:26       ` Borislav Petkov
  0 siblings, 1 reply; 43+ messages in thread
From: Tejun Heo @ 2016-09-17 17:24 UTC (permalink / raw)
  To: Borislav Petkov
  Cc: torvalds, linux-kernel, jiangshanlai, akpm, kernel-team,
	Tony Luck, linux-edac

On Sat, Sep 17, 2016 at 09:56:23AM +0200, Borislav Petkov wrote:
> > This change depends on an earlier workqueue patch and is followed by a
> > patch to remove keventd_up().  It'd be great if it can be routed
> > through the wq/for-4.9 branch.
> 
> I don't mind as long as I can call it as early as:
> 
> ->x86_64_start_reservations
> |->start_kernel
>   |->check_bugs
>      |->identify_boot_cpu
>         |->identify_cpu
> 	   |->mcheck_cpu_init
> 	     |->do_machine_check
> 	       |->mce_report_event
> 	          |->mce_schedule_work
> 
> because this is the earliest callchain I can see.

Yeah, that's way after workqueue early init.  Should be fine.

Thanks.

-- 
tejun

^ permalink raw reply	[flat|nested] 43+ messages in thread

* Re: [PATCH 2/7] mce, workqueue: remove keventd_up() usage
  2016-09-17 17:24     ` Tejun Heo
@ 2016-09-17 20:26       ` Borislav Petkov
  0 siblings, 0 replies; 43+ messages in thread
From: Borislav Petkov @ 2016-09-17 20:26 UTC (permalink / raw)
  To: Tejun Heo
  Cc: torvalds, linux-kernel, jiangshanlai, akpm, kernel-team,
	Tony Luck, linux-edac

On Sat, Sep 17, 2016 at 01:24:05PM -0400, Tejun Heo wrote:
> Yeah, that's way after workqueue early init.  Should be fine.

Ok.

Acked-by: Borislav Petkov <bp@suse.de>

-- 
Regards/Gruss,
    Boris.

ECO tip #101: Trim your mails when you reply.
--

^ permalink raw reply	[flat|nested] 43+ messages in thread

* [PATCH 3/7] tty, workqueue: remove keventd_up() usage
  2016-09-15 19:30 [PATCHSET wq/for-4.9] workqueue: make workqueue available very early during boot Tejun Heo
  2016-09-15 19:30 ` [PATCH 1/7] workqueue: make workqueue available " Tejun Heo
  2016-09-15 19:30 ` [PATCH 2/7] mce, workqueue: remove keventd_up() usage Tejun Heo
@ 2016-09-15 19:30 ` Tejun Heo
  2016-09-15 19:30 ` [PATCH 4/7] power, " Tejun Heo
                   ` (5 subsequent siblings)
  8 siblings, 0 replies; 43+ messages in thread
From: Tejun Heo @ 2016-09-15 19:30 UTC (permalink / raw)
  To: torvalds
  Cc: linux-kernel, jiangshanlai, akpm, kernel-team, Tejun Heo,
	Jiri Slaby, Alan Cox

Now that workqueue can handle work item queueing from very early
during boot, there is no need to delay schedule_work() while
!keventd_up().  Remove it.

Signed-off-by: Tejun Heo <tj@kernel.org>
Cc: Jiri Slaby <jslaby@suse.cz>
Cc: Alan Cox <alan@linux.intel.com>
---
Hello,

This change depends on an earlier workqueue patch and is followed by a
patch to remove keventd_up().  It'd be great if it can be routed
through the wq/for-4.9 branch.

Thanks.

 drivers/tty/vt/vt.c | 4 ----
 1 file changed, 4 deletions(-)

diff --git a/drivers/tty/vt/vt.c b/drivers/tty/vt/vt.c
index 2705ca9..f76ad4c 100644
--- a/drivers/tty/vt/vt.c
+++ b/drivers/tty/vt/vt.c
@@ -3924,10 +3924,6 @@ void unblank_screen(void)
  */
 static void blank_screen_t(unsigned long dummy)
 {
-	if (unlikely(!keventd_up())) {
-		mod_timer(&console_timer, jiffies + (blankinterval * HZ));
-		return;
-	}
 	blank_timer_expired = 1;
 	schedule_work(&console_work);
 }
-- 
2.7.4

^ permalink raw reply related	[flat|nested] 43+ messages in thread

* [PATCH 4/7] power, workqueue: remove keventd_up() usage
  2016-09-15 19:30 [PATCHSET wq/for-4.9] workqueue: make workqueue available very early during boot Tejun Heo
                   ` (2 preceding siblings ...)
  2016-09-15 19:30 ` [PATCH 3/7] tty, " Tejun Heo
@ 2016-09-15 19:30 ` Tejun Heo
  2016-09-15 23:55   ` Rafael J. Wysocki
  2016-09-15 19:30   ` Tejun Heo
                   ` (4 subsequent siblings)
  8 siblings, 1 reply; 43+ messages in thread
From: Tejun Heo @ 2016-09-15 19:30 UTC (permalink / raw)
  To: torvalds
  Cc: linux-kernel, jiangshanlai, akpm, kernel-team, Tejun Heo,
	Qiao Zhou, Rafael J . Wysocki

Now that workqueue can handle work item queueing/cancelling from very
early during boot, there is no need to gate cancel_delayed_work_sync()
while !keventd_up().  Remove it.

Signed-off-by: Tejun Heo <tj@kernel.org>
Cc: Qiao Zhou <qiaozhou@asrmicro.com>
Cc: Rafael J. Wysocki <rafael.j.wysocki@intel.com>
---
Hello,

This change depends on an earlier workqueue patch and is followed by a
patch to remove keventd_up().  It'd be great if it can be routed
through the wq/for-4.9 branch.

Thanks.

 kernel/power/qos.c | 11 +----------
 1 file changed, 1 insertion(+), 10 deletions(-)

diff --git a/kernel/power/qos.c b/kernel/power/qos.c
index 168ff44..97b0df7 100644
--- a/kernel/power/qos.c
+++ b/kernel/power/qos.c
@@ -482,16 +482,7 @@ void pm_qos_update_request(struct pm_qos_request *req,
 		return;
 	}
 
-	/*
-	 * This function may be called very early during boot, for example,
-	 * from of_clk_init(), where irq needs to stay disabled.
-	 * cancel_delayed_work_sync() assumes that irq is enabled on
-	 * invocation and re-enables it on return.  Avoid calling it until
-	 * workqueue is initialized.
-	 */
-	if (keventd_up())
-		cancel_delayed_work_sync(&req->work);
-
+	cancel_delayed_work_sync(&req->work);
 	__pm_qos_update_request(req, new_value);
 }
 EXPORT_SYMBOL_GPL(pm_qos_update_request);
-- 
2.7.4

^ permalink raw reply related	[flat|nested] 43+ messages in thread

* Re: [PATCH 4/7] power, workqueue: remove keventd_up() usage
  2016-09-15 19:30 ` [PATCH 4/7] power, " Tejun Heo
@ 2016-09-15 23:55   ` Rafael J. Wysocki
  0 siblings, 0 replies; 43+ messages in thread
From: Rafael J. Wysocki @ 2016-09-15 23:55 UTC (permalink / raw)
  To: Tejun Heo
  Cc: torvalds, linux-kernel, jiangshanlai, akpm, kernel-team, Qiao Zhou

On 9/15/2016 9:30 PM, Tejun Heo wrote:
> Now that workqueue can handle work item queueing/cancelling from very
> early during boot, there is no need to gate cancel_delayed_work_sync()
> while !keventd_up().  Remove it.
>
> Signed-off-by: Tejun Heo <tj@kernel.org>
> Cc: Qiao Zhou <qiaozhou@asrmicro.com>
> Cc: Rafael J. Wysocki <rafael.j.wysocki@intel.com>
> ---
> Hello,
>
> This change depends on an earlier workqueue patch and is followed by a
> patch to remove keventd_up().  It'd be great if it can be routed
> through the wq/for-4.9 branch.

I don't see any problems with that.

Please feel free to add my ACK to the patch if necessary/useful.

Thanks,
Rafael


>   kernel/power/qos.c | 11 +----------
>   1 file changed, 1 insertion(+), 10 deletions(-)
>
> diff --git a/kernel/power/qos.c b/kernel/power/qos.c
> index 168ff44..97b0df7 100644
> --- a/kernel/power/qos.c
> +++ b/kernel/power/qos.c
> @@ -482,16 +482,7 @@ void pm_qos_update_request(struct pm_qos_request *req,
>   		return;
>   	}
>   
> -	/*
> -	 * This function may be called very early during boot, for example,
> -	 * from of_clk_init(), where irq needs to stay disabled.
> -	 * cancel_delayed_work_sync() assumes that irq is enabled on
> -	 * invocation and re-enables it on return.  Avoid calling it until
> -	 * workqueue is initialized.
> -	 */
> -	if (keventd_up())
> -		cancel_delayed_work_sync(&req->work);
> -
> +	cancel_delayed_work_sync(&req->work);
>   	__pm_qos_update_request(req, new_value);
>   }
>   EXPORT_SYMBOL_GPL(pm_qos_update_request);

^ permalink raw reply	[flat|nested] 43+ messages in thread

* [PATCH 5/7] slab, workqueue: remove keventd_up() usage
  2016-09-15 19:30 [PATCHSET wq/for-4.9] workqueue: make workqueue available very early during boot Tejun Heo
@ 2016-09-15 19:30   ` Tejun Heo
  2016-09-15 19:30 ` [PATCH 2/7] mce, workqueue: remove keventd_up() usage Tejun Heo
                     ` (7 subsequent siblings)
  8 siblings, 0 replies; 43+ messages in thread
From: Tejun Heo @ 2016-09-15 19:30 UTC (permalink / raw)
  To: torvalds
  Cc: linux-kernel, jiangshanlai, akpm, kernel-team, Tejun Heo,
	Christoph Lameter, Pekka Enberg, David Rientjes, Joonsoo Kim,
	linux-mm

Now that workqueue can handle work item queueing from very early
during boot, there is no need to gate schedule_delayed_work_on() while
!keventd_up().  Remove it.

Signed-off-by: Tejun Heo <tj@kernel.org>
Cc: Christoph Lameter <cl@linux.com>
Cc: Pekka Enberg <penberg@kernel.org>
Cc: David Rientjes <rientjes@google.com>
Cc: Joonsoo Kim <iamjoonsoo.kim@lge.com>
Cc: Andrew Morton <akpm@linux-foundation.org>
Cc: linux-mm@kvack.org
---
Hello,

This change depends on an earlier workqueue patch and is followed by a
patch to remove keventd_up().  It'd be great if it can be routed
through the wq/for-4.9 branch.

Thanks.

 mm/slab.c | 7 +------
 1 file changed, 1 insertion(+), 6 deletions(-)

diff --git a/mm/slab.c b/mm/slab.c
index b672710..dc69b6b 100644
--- a/mm/slab.c
+++ b/mm/slab.c
@@ -550,12 +550,7 @@ static void start_cpu_timer(int cpu)
 {
 	struct delayed_work *reap_work = &per_cpu(slab_reap_work, cpu);
 
-	/*
-	 * When this gets called from do_initcalls via cpucache_init(),
-	 * init_workqueues() has already run, so keventd will be setup
-	 * at that time.
-	 */
-	if (keventd_up() && reap_work->work.func == NULL) {
+	if (reap_work->work.func == NULL) {
 		init_reap_node(cpu);
 		INIT_DEFERRABLE_WORK(reap_work, cache_reap);
 		schedule_delayed_work_on(cpu, reap_work,
-- 
2.7.4

^ permalink raw reply related	[flat|nested] 43+ messages in thread

* [PATCH 5/7] slab, workqueue: remove keventd_up() usage
@ 2016-09-15 19:30   ` Tejun Heo
  0 siblings, 0 replies; 43+ messages in thread
From: Tejun Heo @ 2016-09-15 19:30 UTC (permalink / raw)
  To: torvalds
  Cc: linux-kernel, jiangshanlai, akpm, kernel-team, Tejun Heo,
	Christoph Lameter, Pekka Enberg, David Rientjes, Joonsoo Kim,
	linux-mm

Now that workqueue can handle work item queueing from very early
during boot, there is no need to gate schedule_delayed_work_on() while
!keventd_up().  Remove it.

Signed-off-by: Tejun Heo <tj@kernel.org>
Cc: Christoph Lameter <cl@linux.com>
Cc: Pekka Enberg <penberg@kernel.org>
Cc: David Rientjes <rientjes@google.com>
Cc: Joonsoo Kim <iamjoonsoo.kim@lge.com>
Cc: Andrew Morton <akpm@linux-foundation.org>
Cc: linux-mm@kvack.org
---
Hello,

This change depends on an earlier workqueue patch and is followed by a
patch to remove keventd_up().  It'd be great if it can be routed
through the wq/for-4.9 branch.

Thanks.

 mm/slab.c | 7 +------
 1 file changed, 1 insertion(+), 6 deletions(-)

diff --git a/mm/slab.c b/mm/slab.c
index b672710..dc69b6b 100644
--- a/mm/slab.c
+++ b/mm/slab.c
@@ -550,12 +550,7 @@ static void start_cpu_timer(int cpu)
 {
 	struct delayed_work *reap_work = &per_cpu(slab_reap_work, cpu);
 
-	/*
-	 * When this gets called from do_initcalls via cpucache_init(),
-	 * init_workqueues() has already run, so keventd will be setup
-	 * at that time.
-	 */
-	if (keventd_up() && reap_work->work.func == NULL) {
+	if (reap_work->work.func == NULL) {
 		init_reap_node(cpu);
 		INIT_DEFERRABLE_WORK(reap_work, cache_reap);
 		schedule_delayed_work_on(cpu, reap_work,
-- 
2.7.4

--
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the body to majordomo@kvack.org.  For more info on Linux MM,
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Don't email: <a href=mailto:"dont@kvack.org"> email@kvack.org </a>

^ permalink raw reply related	[flat|nested] 43+ messages in thread

* Re: [PATCH 5/7] slab, workqueue: remove keventd_up() usage
  2016-09-15 19:30   ` Tejun Heo
@ 2016-09-22  8:01     ` Joonsoo Kim
  -1 siblings, 0 replies; 43+ messages in thread
From: Joonsoo Kim @ 2016-09-22  8:01 UTC (permalink / raw)
  To: Tejun Heo
  Cc: torvalds, linux-kernel, jiangshanlai, akpm, kernel-team,
	Christoph Lameter, Pekka Enberg, David Rientjes, linux-mm

On Thu, Sep 15, 2016 at 03:30:19PM -0400, Tejun Heo wrote:
> Now that workqueue can handle work item queueing from very early
> during boot, there is no need to gate schedule_delayed_work_on() while
> !keventd_up().  Remove it.
> 
> Signed-off-by: Tejun Heo <tj@kernel.org>
> Cc: Christoph Lameter <cl@linux.com>
> Cc: Pekka Enberg <penberg@kernel.org>
> Cc: David Rientjes <rientjes@google.com>
> Cc: Joonsoo Kim <iamjoonsoo.kim@lge.com>
> Cc: Andrew Morton <akpm@linux-foundation.org>
> Cc: linux-mm@kvack.org
> ---
> Hello,
> 
> This change depends on an earlier workqueue patch and is followed by a
> patch to remove keventd_up().  It'd be great if it can be routed
> through the wq/for-4.9 branch.

Acked-by: Joonsoo Kim <iamjoonsoo.kim@lge.com>

Thanks.

^ permalink raw reply	[flat|nested] 43+ messages in thread

* Re: [PATCH 5/7] slab, workqueue: remove keventd_up() usage
@ 2016-09-22  8:01     ` Joonsoo Kim
  0 siblings, 0 replies; 43+ messages in thread
From: Joonsoo Kim @ 2016-09-22  8:01 UTC (permalink / raw)
  To: Tejun Heo
  Cc: torvalds, linux-kernel, jiangshanlai, akpm, kernel-team,
	Christoph Lameter, Pekka Enberg, David Rientjes, linux-mm

On Thu, Sep 15, 2016 at 03:30:19PM -0400, Tejun Heo wrote:
> Now that workqueue can handle work item queueing from very early
> during boot, there is no need to gate schedule_delayed_work_on() while
> !keventd_up().  Remove it.
> 
> Signed-off-by: Tejun Heo <tj@kernel.org>
> Cc: Christoph Lameter <cl@linux.com>
> Cc: Pekka Enberg <penberg@kernel.org>
> Cc: David Rientjes <rientjes@google.com>
> Cc: Joonsoo Kim <iamjoonsoo.kim@lge.com>
> Cc: Andrew Morton <akpm@linux-foundation.org>
> Cc: linux-mm@kvack.org
> ---
> Hello,
> 
> This change depends on an earlier workqueue patch and is followed by a
> patch to remove keventd_up().  It'd be great if it can be routed
> through the wq/for-4.9 branch.

Acked-by: Joonsoo Kim <iamjoonsoo.kim@lge.com>

Thanks.

--
To unsubscribe, send a message with 'unsubscribe linux-mm' in
the body to majordomo@kvack.org.  For more info on Linux MM,
see: http://www.linux-mm.org/ .
Don't email: <a href=mailto:"dont@kvack.org"> email@kvack.org </a>

^ permalink raw reply	[flat|nested] 43+ messages in thread

* [PATCH 6/7] debugobj, workqueue: remove keventd_up() usage
  2016-09-15 19:30 [PATCHSET wq/for-4.9] workqueue: make workqueue available very early during boot Tejun Heo
                   ` (4 preceding siblings ...)
  2016-09-15 19:30   ` Tejun Heo
@ 2016-09-15 19:30 ` Tejun Heo
  2016-09-15 21:19   ` Thomas Gleixner
  2016-09-15 19:30 ` [PATCH 7/7] workqueue: remove keventd_up() Tejun Heo
                   ` (2 subsequent siblings)
  8 siblings, 1 reply; 43+ messages in thread
From: Tejun Heo @ 2016-09-15 19:30 UTC (permalink / raw)
  To: torvalds
  Cc: linux-kernel, jiangshanlai, akpm, kernel-team, Tejun Heo,
	Thomas Gleixner

Now that workqueue can handle work item queueing from very early
during boot, there is no need to gate schedule_work() while
!keventd_up().  Remove it.

Signed-off-by: Tejun Heo <tj@kernel.org>
Cc: Thomas Gleixner <tglx@linutronix.de>
Cc: Andrew Morton <akpm@linux-foundation.org>
---
Hello,

This change depends on an earlier workqueue patch and is followed by a
patch to remove keventd_up().  It'd be great if it can be routed
through the wq/for-4.9 branch.

Thanks.

 lib/debugobjects.c | 2 +-
 1 file changed, 1 insertion(+), 1 deletion(-)

diff --git a/lib/debugobjects.c b/lib/debugobjects.c
index a8e1260..8458ec9 100644
--- a/lib/debugobjects.c
+++ b/lib/debugobjects.c
@@ -199,7 +199,7 @@ static void free_object(struct debug_obj *obj)
 	 * initialized:
 	 */
 	if (obj_pool_free > ODEBUG_POOL_SIZE && obj_cache)
-		sched = keventd_up();
+		sched = 1;
 	hlist_add_head(&obj->node, &obj_pool);
 	obj_pool_free++;
 	obj_pool_used--;
-- 
2.7.4

^ permalink raw reply related	[flat|nested] 43+ messages in thread

* Re: [PATCH 6/7] debugobj, workqueue: remove keventd_up() usage
  2016-09-15 19:30 ` [PATCH 6/7] debugobj, " Tejun Heo
@ 2016-09-15 21:19   ` Thomas Gleixner
  0 siblings, 0 replies; 43+ messages in thread
From: Thomas Gleixner @ 2016-09-15 21:19 UTC (permalink / raw)
  To: Tejun Heo; +Cc: torvalds, linux-kernel, jiangshanlai, akpm, kernel-team

On Thu, 15 Sep 2016, Tejun Heo wrote:
> Now that workqueue can handle work item queueing from very early
> during boot, there is no need to gate schedule_work() while
> !keventd_up().  Remove it.
> 
> Signed-off-by: Tejun Heo <tj@kernel.org>
> Cc: Thomas Gleixner <tglx@linutronix.de>
> Cc: Andrew Morton <akpm@linux-foundation.org>

Acked-by: Thomas Gleixner <tglx@linutronix.de>

^ permalink raw reply	[flat|nested] 43+ messages in thread

* [PATCH 7/7] workqueue: remove keventd_up()
  2016-09-15 19:30 [PATCHSET wq/for-4.9] workqueue: make workqueue available very early during boot Tejun Heo
                   ` (5 preceding siblings ...)
  2016-09-15 19:30 ` [PATCH 6/7] debugobj, " Tejun Heo
@ 2016-09-15 19:30 ` Tejun Heo
  2016-09-15 19:51 ` [PATCHSET wq/for-4.9] workqueue: make workqueue available very early during boot Linus Torvalds
  2016-09-16 19:51 ` Tejun Heo
  8 siblings, 0 replies; 43+ messages in thread
From: Tejun Heo @ 2016-09-15 19:30 UTC (permalink / raw)
  To: torvalds; +Cc: linux-kernel, jiangshanlai, akpm, kernel-team, Tejun Heo

keventd_up() no longer has in-kernel users.  Remove it and make
wq_online static.

Signed-off-by: Tejun Heo <tj@kernel.org>
---
 include/linux/workqueue.h | 10 ----------
 kernel/workqueue.c        |  2 +-
 2 files changed, 1 insertion(+), 11 deletions(-)

diff --git a/include/linux/workqueue.h b/include/linux/workqueue.h
index 91d416f..5641713 100644
--- a/include/linux/workqueue.h
+++ b/include/linux/workqueue.h
@@ -358,8 +358,6 @@ extern struct workqueue_struct *system_freezable_wq;
 extern struct workqueue_struct *system_power_efficient_wq;
 extern struct workqueue_struct *system_freezable_power_efficient_wq;
 
-extern bool wq_online;
-
 extern struct workqueue_struct *
 __alloc_workqueue_key(const char *fmt, unsigned int flags, int max_active,
 	struct lock_class_key *key, const char *lock_name, ...) __printf(1, 6);
@@ -591,14 +589,6 @@ static inline bool schedule_delayed_work(struct delayed_work *dwork,
 	return queue_delayed_work(system_wq, dwork, delay);
 }
 
-/**
- * keventd_up - is workqueue initialized yet?
- */
-static inline bool keventd_up(void)
-{
-	return wq_online;
-}
-
 #ifndef CONFIG_SMP
 static inline long work_on_cpu(int cpu, long (*fn)(void *), void *arg)
 {
diff --git a/kernel/workqueue.c b/kernel/workqueue.c
index a05ab14..3bef80a 100644
--- a/kernel/workqueue.c
+++ b/kernel/workqueue.c
@@ -290,7 +290,7 @@ module_param_named(disable_numa, wq_disable_numa, bool, 0444);
 static bool wq_power_efficient = IS_ENABLED(CONFIG_WQ_POWER_EFFICIENT_DEFAULT);
 module_param_named(power_efficient, wq_power_efficient, bool, 0444);
 
-bool wq_online;				/* can kworkers be created yet? */
+static bool wq_online;			/* can kworkers be created yet? */
 
 static bool wq_numa_enabled;		/* unbound NUMA affinity enabled */
 
-- 
2.7.4

^ permalink raw reply related	[flat|nested] 43+ messages in thread

* Re: [PATCHSET wq/for-4.9] workqueue: make workqueue available very early during boot
  2016-09-15 19:30 [PATCHSET wq/for-4.9] workqueue: make workqueue available very early during boot Tejun Heo
                   ` (6 preceding siblings ...)
  2016-09-15 19:30 ` [PATCH 7/7] workqueue: remove keventd_up() Tejun Heo
@ 2016-09-15 19:51 ` Linus Torvalds
  2016-09-16 19:51 ` Tejun Heo
  8 siblings, 0 replies; 43+ messages in thread
From: Linus Torvalds @ 2016-09-15 19:51 UTC (permalink / raw)
  To: Tejun Heo
  Cc: Linux Kernel Mailing List, Lai Jiangshan, Andrew Morton, kernel-team

On Thu, Sep 15, 2016 at 12:30 PM, Tejun Heo <tj@kernel.org> wrote:
>
> This patchset makes workqueue creation and work item
> queueing/canceling available from very early during boot which allows
> all existing usages of keventd_up() which is removed by the last
> patch.

Looks good to me. I didn't *test* it, just looking at the patches..

               Linus

^ permalink raw reply	[flat|nested] 43+ messages in thread

* Re: [PATCHSET wq/for-4.9] workqueue: make workqueue available very early during boot
  2016-09-15 19:30 [PATCHSET wq/for-4.9] workqueue: make workqueue available very early during boot Tejun Heo
                   ` (7 preceding siblings ...)
  2016-09-15 19:51 ` [PATCHSET wq/for-4.9] workqueue: make workqueue available very early during boot Linus Torvalds
@ 2016-09-16 19:51 ` Tejun Heo
  8 siblings, 0 replies; 43+ messages in thread
From: Tejun Heo @ 2016-09-16 19:51 UTC (permalink / raw)
  To: torvalds; +Cc: linux-kernel, jiangshanlai, akpm, kernel-team

On Thu, Sep 15, 2016 at 03:30:14PM -0400, Tejun Heo wrote:
> This patchset contains the following seven patches.
> 
>  0001-workqueue-make-workqueue-available-early-during-boot.patch
>  0002-mce-workqueue-remove-keventd_up-usage.patch
>  0003-tty-workqueue-remove-keventd_up-usage.patch
>  0004-power-workqueue-remove-keventd_up-usage.patch
>  0005-slab-workqueue-remove-keventd_up-usage.patch
>  0006-debugobj-workqueue-remove-keventd_up-usage.patch
>  0007-workqueue-remove-keventd_up.patch

Applied 1-7 to wq/for-4.9.

Thanks.

-- 
tejun

^ permalink raw reply	[flat|nested] 43+ messages in thread

end of thread, other threads:[~2016-10-19 16:15 UTC | newest]

Thread overview: 43+ messages (download: mbox.gz / follow: Atom feed)
-- links below jump to the message on this page --
2016-09-15 19:30 [PATCHSET wq/for-4.9] workqueue: make workqueue available very early during boot Tejun Heo
2016-09-15 19:30 ` [PATCH 1/7] workqueue: make workqueue available " Tejun Heo
2016-09-17 17:23   ` [PATCH v2 " Tejun Heo
2016-10-10 10:22     ` Oops on Power8 (was Re: [PATCH v2 1/7] workqueue: make workqueue available early during boot) Michael Ellerman
2016-10-10 11:17       ` Balbir Singh
2016-10-10 12:53         ` Tejun Heo
2016-10-10 13:22           ` Balbir Singh
2016-10-10 13:02       ` Tejun Heo
2016-10-10 13:14         ` Tejun Heo
2016-10-11 11:22         ` Michael Ellerman
2016-10-11 12:21           ` Balbir Singh
2016-10-14 15:08             ` Tejun Heo
2016-10-15  3:43               ` Balbir Singh
2016-10-14 15:07           ` Tejun Heo
2016-10-15  1:25             ` Balbir Singh
2016-10-15  9:48             ` Michael Ellerman
2016-10-17 18:13               ` Tejun Heo
2016-10-17 12:24             ` Michael Ellerman
2016-10-17 12:24               ` Michael Ellerman
2016-10-17 12:51               ` Balbir Singh
2016-10-18  2:35                 ` Michael Ellerman
2016-10-17 18:15               ` Tejun Heo
2016-10-17 19:30                 ` Tejun Heo
2016-10-18  4:37                   ` Michael Ellerman
2016-10-18 18:58                     ` Tejun Heo
2016-10-19 11:16                       ` Michael Ellerman
2016-10-19 16:15                         ` [PATCH wq/for-4.10] workqueue: move wq_numa_init() to workqueue_init() Tejun Heo
2016-09-15 19:30 ` [PATCH 2/7] mce, workqueue: remove keventd_up() usage Tejun Heo
2016-09-17  7:56   ` Borislav Petkov
2016-09-17 17:24     ` Tejun Heo
2016-09-17 20:26       ` Borislav Petkov
2016-09-15 19:30 ` [PATCH 3/7] tty, " Tejun Heo
2016-09-15 19:30 ` [PATCH 4/7] power, " Tejun Heo
2016-09-15 23:55   ` Rafael J. Wysocki
2016-09-15 19:30 ` [PATCH 5/7] slab, " Tejun Heo
2016-09-15 19:30   ` Tejun Heo
2016-09-22  8:01   ` Joonsoo Kim
2016-09-22  8:01     ` Joonsoo Kim
2016-09-15 19:30 ` [PATCH 6/7] debugobj, " Tejun Heo
2016-09-15 21:19   ` Thomas Gleixner
2016-09-15 19:30 ` [PATCH 7/7] workqueue: remove keventd_up() Tejun Heo
2016-09-15 19:51 ` [PATCHSET wq/for-4.9] workqueue: make workqueue available very early during boot Linus Torvalds
2016-09-16 19:51 ` Tejun Heo

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