2009-02-24 15:30:26 +00:00
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2020-04-08 03:21:01 -07:00
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2009-02-24 15:30:26 +00:00
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include cleanup: Update gfp.h and slab.h includes to prepare for breaking implicit slab.h inclusion from percpu.h
percpu.h is included by sched.h and module.h and thus ends up being
included when building most .c files. percpu.h includes slab.h which
in turn includes gfp.h making everything defined by the two files
universally available and complicating inclusion dependencies.
percpu.h -> slab.h dependency is about to be removed. Prepare for
this change by updating users of gfp and slab facilities include those
headers directly instead of assuming availability. As this conversion
needs to touch large number of source files, the following script is
used as the basis of conversion.
http://userweb.kernel.org/~tj/misc/slabh-sweep.py
The script does the followings.
* Scan files for gfp and slab usages and update includes such that
only the necessary includes are there. ie. if only gfp is used,
gfp.h, if slab is used, slab.h.
* When the script inserts a new include, it looks at the include
blocks and try to put the new include such that its order conforms
to its surrounding. It's put in the include block which contains
core kernel includes, in the same order that the rest are ordered -
alphabetical, Christmas tree, rev-Xmas-tree or at the end if there
doesn't seem to be any matching order.
* If the script can't find a place to put a new include (mostly
because the file doesn't have fitting include block), it prints out
an error message indicating which .h file needs to be added to the
file.
The conversion was done in the following steps.
1. The initial automatic conversion of all .c files updated slightly
over 4000 files, deleting around 700 includes and adding ~480 gfp.h
and ~3000 slab.h inclusions. The script emitted errors for ~400
files.
2. Each error was manually checked. Some didn't need the inclusion,
some needed manual addition while adding it to implementation .h or
embedding .c file was more appropriate for others. This step added
inclusions to around 150 files.
3. The script was run again and the output was compared to the edits
from #2 to make sure no file was left behind.
4. Several build tests were done and a couple of problems were fixed.
e.g. lib/decompress_*.c used malloc/free() wrappers around slab
APIs requiring slab.h to be added manually.
5. The script was run on all .h files but without automatically
editing them as sprinkling gfp.h and slab.h inclusions around .h
files could easily lead to inclusion dependency hell. Most gfp.h
inclusion directives were ignored as stuff from gfp.h was usually
wildly available and often used in preprocessor macros. Each
slab.h inclusion directive was examined and added manually as
necessary.
6. percpu.h was updated not to include slab.h.
7. Build test were done on the following configurations and failures
were fixed. CONFIG_GCOV_KERNEL was turned off for all tests (as my
distributed build env didn't work with gcov compiles) and a few
more options had to be turned off depending on archs to make things
build (like ipr on powerpc/64 which failed due to missing writeq).
* x86 and x86_64 UP and SMP allmodconfig and a custom test config.
* powerpc and powerpc64 SMP allmodconfig
* sparc and sparc64 SMP allmodconfig
* ia64 SMP allmodconfig
* s390 SMP allmodconfig
* alpha SMP allmodconfig
* um on x86_64 SMP allmodconfig
8. percpu.h modifications were reverted so that it could be applied as
a separate patch and serve as bisection point.
Given the fact that I had only a couple of failures from tests on step
6, I'm fairly confident about the coverage of this conversion patch.
If there is a breakage, it's likely to be something in one of the arch
headers which should be easily discoverable easily on most builds of
the specific arch.
Signed-off-by: Tejun Heo <tj@kernel.org>
Guess-its-ok-by: Christoph Lameter <cl@linux-foundation.org>
Cc: Ingo Molnar <mingo@redhat.com>
Cc: Lee Schermerhorn <Lee.Schermerhorn@hp.com>
2010-03-24 17:04:11 +09:00
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2011-07-15 11:47:34 -04:00
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2018-02-15 10:49:35 -08:00
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2009-02-24 15:30:26 +00:00
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2026-02-02 22:57:16 -07:00
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2025-08-20 23:25:50 +05:30
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2026-02-02 22:57:17 -07:00
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2009-02-24 15:30:26 +00:00
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2017-07-04 15:53:18 +03:00
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2009-02-24 15:30:26 +00:00
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2009-08-21 12:28:32 +00:00
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2009-02-24 15:30:26 +00:00
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2018-03-06 07:22:34 -08:00
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2018-02-15 10:49:35 -08:00
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2018-03-06 07:22:34 -08:00
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2018-02-27 09:52:43 -08:00
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2018-02-15 10:49:35 -08:00
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2018-02-27 09:52:43 -08:00
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2018-02-15 10:49:35 -08:00
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2018-02-27 09:52:43 -08:00
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2018-02-15 10:49:35 -08:00
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2018-03-08 19:37:30 +08:00
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2018-03-06 07:22:34 -08:00
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2018-02-15 10:49:35 -08:00
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2018-03-06 07:22:34 -08:00
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2018-02-15 10:49:35 -08:00
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2018-02-27 09:52:43 -08:00
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2018-03-06 07:22:34 -08:00
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2018-02-15 10:49:35 -08:00
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2018-03-06 07:22:34 -08:00
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2018-02-27 09:52:43 -08:00
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2018-02-15 10:49:35 -08:00
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2018-03-06 07:22:34 -08:00
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2023-02-07 18:26:34 +00:00
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2018-03-06 07:22:34 -08:00
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2018-02-15 10:49:35 -08:00
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2018-03-06 07:22:34 -08:00
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2018-02-27 09:52:43 -08:00
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2018-03-06 07:22:34 -08:00
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2023-02-09 12:26:23 +00:00
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2018-02-15 10:49:35 -08:00
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2018-02-27 09:52:43 -08:00
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2018-02-15 10:49:35 -08:00
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2009-02-24 15:30:26 +00:00
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2026-05-01 09:08:44 +08:00
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2018-02-15 10:49:33 -08:00
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2026-05-01 09:08:44 +08:00
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2009-02-24 15:30:26 +00:00
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2018-02-15 10:49:33 -08:00
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2026-05-01 09:08:44 +08:00
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2018-02-15 10:49:33 -08:00
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2018-02-15 10:49:35 -08:00
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2026-05-01 09:08:44 +08:00
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2018-02-27 09:52:43 -08:00
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2018-02-15 10:49:35 -08:00
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2018-02-15 10:49:33 -08:00
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2026-05-01 09:08:44 +08:00
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2018-02-15 10:49:33 -08:00
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2009-02-24 15:30:26 +00:00
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2018-02-15 10:49:35 -08:00
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2010-03-01 14:11:53 -08:00
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2020-04-08 03:21:01 -07:00
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2010-01-27 16:15:48 -08:00
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2020-04-08 03:21:01 -07:00
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2009-02-24 15:30:26 +00:00
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net/rds: don't use unpin_user_pages_dirty_lock() from atomic context
rds_rdma_free_op() and rds_atomic_free_op() are reached from the IB
send completion path via
rds_ib_tasklet_fn_send()
rds_ib_send_cqe_handler()
rds_message_put()
rds_message_purge()
rds_rdma_free_op() / rds_atomic_free_op()
which runs in tasklet (softirq) context. Both functions unpin the
user pages of the op with unpin_user_pages_dirty_lock(), which uses
set_page_dirty_lock() and thus may take the folio lock and sleep.
Sleeping in softirq context is not allowed and can deadlock or crash.
Dirtying the pages with the non-sleeping set_page_dirty() instead
would just trade one bug for another, as pointed out during review:
the pinned range can be file-backed. rds_pin_pages() pins with
FOLL_LONGTERM, which refuses fs-dax but takes the page-cache pages
of a MAP_SHARED file mapping just fine, and RDS does not restrict
what memory the caller registers as an RDMA destination.
For a file-backed page, set_page_dirty() from a tasklet can take
non-irq-safe filesystem locks (e.g. mapping->i_private_lock and
inode->i_lock in block_dirty_folio()) and deadlock against the task
it interrupted. Without the folio lock, it races with truncation
clearing folio->mapping, which is the race set_page_dirty_lock()
exists to close. The pre-pin_user_pages() version of this code
dirtied pages that way from the tasklet, so that bug is older than
the sleeping unpin.
The page dirtying therefore has to move to process context, not
merely avoid the folio lock. When the final rds_message_put() runs
in atomic context, rds_rdma_free_op() and rds_atomic_free_op() now
leave the op's pages pinned and flag the op. Later, rds_message_put()
hands the message to a work item that unpins the flagged ops' pages
and frees the message from process context. Here,
unpin_user_pages_dirty_lock() is safe outside the atomic context.
Everything else keeps running in the caller's context exactly as
before: the rest of the purge - the zerocopy completion, the socket
put and the MR reference drops - as well as RDMA writes, whose pages
the remote side only reads and which unpin without dirtying,
everything on rds_tcp, and final puts that already happen in process
context (socket close, connection teardown).
Deferring only the unpin means the work item touches nothing but the
pinned pages and the rds module's own memory: it cannot call back
into a transport module, so it changes nothing about the transports'
shutdown and unload ordering. rds_exit() drains any pending unpin
work via destroy_workqueue(rds_wq) before the module goes away.
The Oracle UEK kernel avoids the sleeping unpin by calling
set_page_dirty() directly from the tasklet, which is subject to the
file-backed page problem above, so this deliberately does not follow
UEK here.
Signed-off-by: Allison Henderson <achender@kernel.org>
Link: https://patch.msgid.link/20260730041629.3512480-2-achender@kernel.org
Signed-off-by: Jakub Kicinski <kuba@kernel.org>
2026-07-29 21:16:26 -07:00
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2009-02-24 15:30:26 +00:00
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2017-07-04 15:53:18 +03:00
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2009-02-24 15:30:26 +00:00
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net/rds: don't use unpin_user_pages_dirty_lock() from atomic context
rds_rdma_free_op() and rds_atomic_free_op() are reached from the IB
send completion path via
rds_ib_tasklet_fn_send()
rds_ib_send_cqe_handler()
rds_message_put()
rds_message_purge()
rds_rdma_free_op() / rds_atomic_free_op()
which runs in tasklet (softirq) context. Both functions unpin the
user pages of the op with unpin_user_pages_dirty_lock(), which uses
set_page_dirty_lock() and thus may take the folio lock and sleep.
Sleeping in softirq context is not allowed and can deadlock or crash.
Dirtying the pages with the non-sleeping set_page_dirty() instead
would just trade one bug for another, as pointed out during review:
the pinned range can be file-backed. rds_pin_pages() pins with
FOLL_LONGTERM, which refuses fs-dax but takes the page-cache pages
of a MAP_SHARED file mapping just fine, and RDS does not restrict
what memory the caller registers as an RDMA destination.
For a file-backed page, set_page_dirty() from a tasklet can take
non-irq-safe filesystem locks (e.g. mapping->i_private_lock and
inode->i_lock in block_dirty_folio()) and deadlock against the task
it interrupted. Without the folio lock, it races with truncation
clearing folio->mapping, which is the race set_page_dirty_lock()
exists to close. The pre-pin_user_pages() version of this code
dirtied pages that way from the tasklet, so that bug is older than
the sleeping unpin.
The page dirtying therefore has to move to process context, not
merely avoid the folio lock. When the final rds_message_put() runs
in atomic context, rds_rdma_free_op() and rds_atomic_free_op() now
leave the op's pages pinned and flag the op. Later, rds_message_put()
hands the message to a work item that unpins the flagged ops' pages
and frees the message from process context. Here,
unpin_user_pages_dirty_lock() is safe outside the atomic context.
Everything else keeps running in the caller's context exactly as
before: the rest of the purge - the zerocopy completion, the socket
put and the MR reference drops - as well as RDMA writes, whose pages
the remote side only reads and which unpin without dirtying,
everything on rds_tcp, and final puts that already happen in process
context (socket close, connection teardown).
Deferring only the unpin means the work item touches nothing but the
pinned pages and the rds module's own memory: it cannot call back
into a transport module, so it changes nothing about the transports'
shutdown and unload ordering. rds_exit() drains any pending unpin
work via destroy_workqueue(rds_wq) before the module goes away.
The Oracle UEK kernel avoids the sleeping unpin by calling
set_page_dirty() directly from the tasklet, which is subject to the
file-backed page problem above, so this deliberately does not follow
UEK here.
Signed-off-by: Allison Henderson <achender@kernel.org>
Link: https://patch.msgid.link/20260730041629.3512480-2-achender@kernel.org
Signed-off-by: Jakub Kicinski <kuba@kernel.org>
2026-07-29 21:16:26 -07:00
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2009-02-24 15:30:26 +00:00
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net/rds: don't use unpin_user_pages_dirty_lock() from atomic context
rds_rdma_free_op() and rds_atomic_free_op() are reached from the IB
send completion path via
rds_ib_tasklet_fn_send()
rds_ib_send_cqe_handler()
rds_message_put()
rds_message_purge()
rds_rdma_free_op() / rds_atomic_free_op()
which runs in tasklet (softirq) context. Both functions unpin the
user pages of the op with unpin_user_pages_dirty_lock(), which uses
set_page_dirty_lock() and thus may take the folio lock and sleep.
Sleeping in softirq context is not allowed and can deadlock or crash.
Dirtying the pages with the non-sleeping set_page_dirty() instead
would just trade one bug for another, as pointed out during review:
the pinned range can be file-backed. rds_pin_pages() pins with
FOLL_LONGTERM, which refuses fs-dax but takes the page-cache pages
of a MAP_SHARED file mapping just fine, and RDS does not restrict
what memory the caller registers as an RDMA destination.
For a file-backed page, set_page_dirty() from a tasklet can take
non-irq-safe filesystem locks (e.g. mapping->i_private_lock and
inode->i_lock in block_dirty_folio()) and deadlock against the task
it interrupted. Without the folio lock, it races with truncation
clearing folio->mapping, which is the race set_page_dirty_lock()
exists to close. The pre-pin_user_pages() version of this code
dirtied pages that way from the tasklet, so that bug is older than
the sleeping unpin.
The page dirtying therefore has to move to process context, not
merely avoid the folio lock. When the final rds_message_put() runs
in atomic context, rds_rdma_free_op() and rds_atomic_free_op() now
leave the op's pages pinned and flag the op. Later, rds_message_put()
hands the message to a work item that unpins the flagged ops' pages
and frees the message from process context. Here,
unpin_user_pages_dirty_lock() is safe outside the atomic context.
Everything else keeps running in the caller's context exactly as
before: the rest of the purge - the zerocopy completion, the socket
put and the MR reference drops - as well as RDMA writes, whose pages
the remote side only reads and which unpin without dirtying,
everything on rds_tcp, and final puts that already happen in process
context (socket close, connection teardown).
Deferring only the unpin means the work item touches nothing but the
pinned pages and the rds module's own memory: it cannot call back
into a transport module, so it changes nothing about the transports'
shutdown and unload ordering. rds_exit() drains any pending unpin
work via destroy_workqueue(rds_wq) before the module goes away.
The Oracle UEK kernel avoids the sleeping unpin by calling
set_page_dirty() directly from the tasklet, which is subject to the
file-backed page problem above, so this deliberately does not follow
UEK here.
Signed-off-by: Allison Henderson <achender@kernel.org>
Link: https://patch.msgid.link/20260730041629.3512480-2-achender@kernel.org
Signed-off-by: Jakub Kicinski <kuba@kernel.org>
2026-07-29 21:16:26 -07:00
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2009-02-24 15:30:26 +00:00
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2009-08-21 12:28:32 +00:00
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2009-02-24 15:30:26 +00:00
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2026-02-02 22:57:16 -07:00
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2009-02-24 15:30:26 +00:00
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2009-08-21 12:28:32 +00:00
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2009-02-24 15:30:26 +00:00
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2026-02-02 22:57:16 -07:00
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2009-02-24 15:30:26 +00:00
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2026-02-02 22:57:16 -07:00
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2009-02-24 15:30:26 +00:00
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2026-02-02 22:57:16 -07:00
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2009-02-24 15:30:26 +00:00
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2026-02-02 22:57:16 -07:00
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2009-02-24 15:30:26 +00:00
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2009-08-21 12:28:32 +00:00
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2009-02-24 15:30:26 +00:00
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2026-02-02 22:57:16 -07:00
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2009-02-24 15:30:26 +00:00
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2009-08-21 12:28:32 +00:00
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2009-02-24 15:30:26 +00:00
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2010-01-12 12:56:06 -08:00
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2009-02-24 15:30:26 +00:00
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2013-03-03 16:18:11 +00:00
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2010-01-12 12:56:06 -08:00
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2009-02-24 15:30:26 +00:00
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2010-01-12 12:56:06 -08:00
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2017-07-04 15:53:18 +03:00
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2009-02-24 15:30:26 +00:00
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2010-04-21 13:09:28 -07:00
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2009-02-24 15:30:26 +00:00
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2010-01-12 12:56:06 -08:00
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2020-04-14 20:02:07 -03:00
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2010-01-12 12:56:06 -08:00
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2018-12-16 09:01:09 +02:00
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2020-04-14 20:02:07 -03:00
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2018-12-16 09:01:09 +02:00
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2020-04-14 20:02:07 -03:00
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2018-12-16 09:01:09 +02:00
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2010-01-12 12:56:06 -08:00
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2010-01-12 14:17:31 -08:00
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2010-01-12 12:56:06 -08:00
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2009-02-24 15:30:26 +00:00
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2019-01-07 09:59:59 +08:00
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2010-01-12 14:13:15 -08:00
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2009-02-24 15:30:26 +00:00
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2010-03-29 16:46:46 -07:00
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2010-01-12 11:56:44 -08:00
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2009-02-24 15:30:26 +00:00
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2019-01-07 09:59:59 +08:00
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2020-04-14 20:02:07 -03:00
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2021-03-30 18:59:59 -07:00
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2010-11-08 06:20:50 +00:00
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2021-03-30 18:59:59 -07:00
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2010-11-08 06:20:50 +00:00
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2009-02-24 15:30:26 +00:00
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2010-01-27 18:04:18 -08:00
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2022-08-29 15:20:01 +02:00
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2026-09-05 10:00:41 -07:00
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2009-02-24 15:30:26 +00:00
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2018-03-08 18:56:14 +08:00
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2009-02-24 15:30:26 +00:00
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2010-01-12 12:56:06 -08:00
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2018-02-15 10:49:36 -08:00
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2018-03-06 07:22:34 -08:00
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2009-02-24 15:30:26 +00:00
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2014-11-20 09:31:08 -05:00
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2009-02-24 15:30:26 +00:00
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2010-01-27 18:04:18 -08:00
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2009-02-24 15:30:26 +00:00
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2026-02-21 16:37:42 -08:00
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2018-03-06 07:22:34 -08:00
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2018-03-06 07:22:33 -08:00
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2018-03-06 07:22:34 -08:00
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2018-03-06 07:22:33 -08:00
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2018-02-15 10:49:36 -08:00
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2022-06-09 10:28:36 -04:00
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2018-03-06 07:22:33 -08:00
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2026-05-05 16:43:36 -07:00
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2018-03-06 07:22:33 -08:00
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2018-02-15 10:49:36 -08:00
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2018-03-06 07:22:33 -08:00
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2018-02-15 10:49:36 -08:00
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2018-03-06 07:22:34 -08:00
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2018-03-06 07:22:33 -08:00
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2018-02-15 10:49:36 -08:00
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2014-11-20 09:31:08 -05:00
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2010-01-12 11:56:44 -08:00
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2014-11-20 09:31:08 -05:00
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2009-02-24 15:30:26 +00:00
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2014-11-20 09:31:08 -05:00
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2010-01-27 18:04:18 -08:00
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2009-02-24 15:30:26 +00:00
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2014-11-20 09:31:08 -05:00
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2009-02-24 15:30:26 +00:00
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2014-11-20 09:31:08 -05:00
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2015-02-05 17:41:43 -05:00
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2014-11-20 09:31:08 -05:00
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2009-02-24 15:30:26 +00:00
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2010-01-12 12:56:06 -08:00
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2009-02-24 15:30:26 +00:00
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2014-11-20 09:21:14 -05:00
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2009-02-24 15:30:26 +00:00
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2010-01-27 18:04:18 -08:00
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2009-02-24 15:30:26 +00:00
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2014-11-20 09:21:14 -05:00
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2014-12-15 13:21:42 +01:00
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2009-02-24 15:30:26 +00:00
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2014-11-20 09:21:14 -05:00
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2009-02-24 15:30:26 +00:00
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2010-04-21 13:09:28 -07:00
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2009-02-24 15:30:26 +00:00
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2010-04-21 13:09:28 -07:00
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2009-02-24 15:30:26 +00:00
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2009-08-21 12:28:32 +00:00
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