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kasan Merge branch 'linus' into locking/core, to pick up fixes
kasan Merge branch 'linus' into locking/core, to pick up fixes
kasan Merge branch 'linus' into locking/core, to pick up fixes
kasan Merge branch 'linus' into locking/core, to pick up fixes
kasan Merge branch 'linus' into locking/core, to pick up fixes
kasan Merge branch 'linus' into locking/core, to pick up fixes
kasan Merge branch 'linus' into locking/core, to pick up fixes
kasan Merge branch 'linus' into locking/core, to pick up fixes
kasan Merge branch 'linus' into locking/core, to pick up fixes
Kconfig mm/hmm: avoid bloating arch that do not make use of HMM
Kconfig.debug mm: enable page poisoning early at boot
Makefile mm/hmm: avoid bloating arch that do not make use of HMM
backing-dev.c mm/backing-dev.c: fix an error handling path in 'cgwb_create()'
balloon_compaction.c mm/migrate: new migrate mode MIGRATE_SYNC_NO_COPY
bootmem.c mm/bootmem.c: cosmetic improvement of code readability
cleancache.c fs: switch ->s_uuid to uuid_t
cma.c cma: fix calculation of aligned offset
cma.h cma: Store a name in the cma structure
cma_debug.c mm/cma_debug.c: fix stack corruption due to sprintf usage
compaction.c mm, compaction: skip over holes in __reset_isolation_suitable
debug.c mm: make tlb_flush_pending global
debug_page_ref.c mm/page_ref: add tracepoint to track down page reference manipulation
dmapool.c lib/vsprintf.c: remove %Z support
early_ioremap.c x86/mm: Add support to access boot related data in the clear
fadvise.c mm: fadvise: avoid fadvise for fs without backing device
failslab.c mm: fault-inject take over bootstrap kmem_cache check
filemap.c Merge branch 'akpm' (patches from Andrew)
frame_vector.c treewide: use kv[mz]alloc* rather than opencoded variants
frontswap.c mm, frontswap: convert frontswap_enabled to static key
gup.c mm/device-public-memory: device memory cache coherent with CPU
highmem.c mm/highmem: make nr_free_highpages() handles all highmem zones by itself
hmm.c mm/hmm: avoid bloating arch that do not make use of HMM
huge_memory.c mm: soft-dirty: keep soft-dirty bits over thp migration
hugetlb.c
hugetlb_cgroup.c
hwpoison-inject.c
init-mm.c
internal.h
interval_tree.c
khugepaged.c
kmemcheck.c
kmemleak-test.c
kmemleak.c
ksm.c
list_lru.c
maccess.c
madvise.c
memblock.c
memcontrol.c
memory-failure.c
memory.c
memory_hotplug.c
mempolicy.c
mempool.c
memtest.c
migrate.c
mincore.c
mlock.c
mm_init.c
mmap.c
mmu_context.c
mmu_notifier.c
mmzone.c
mprotect.c
mremap.c
msync.c
nobootmem.c
nommu.c
oom_kill.c
page-writeback.c
page_alloc.c
page_counter.c
page_ext.c
page_idle.c
page_io.c
page_isolation.c
page_owner.c
page_poison.c
page_vma_mapped.c
pagewalk.c
percpu-internal.h
percpu-km.c
percpu-stats.c
percpu-vm.c
percpu.c
pgtable-generic.c
process_vm_access.c
quicklist.c
readahead.c
rmap.c
rodata_test.c
shmem.c
slab.c
slab.h
slab_common.c
slob.c
slub.c
sparse-vmemmap.c
sparse.c
swap.c
swap_cgroup.c
swap_slots.c
swap_state.c
swapfile.c
truncate.c
usercopy.c
userfaultfd.c
util.c
vmacache.c
Kconfig mm/hmm: avoid bloating arch that do not make use of HMM
Kconfig.debug mm: enable page poisoning early at boot
Makefile mm/hmm: avoid bloating arch that do not make use of HMM
backing-dev.c mm/backing-dev.c: fix an error handling path in 'cgwb_create()'
balloon_compaction.c mm/migrate: new migrate mode MIGRATE_SYNC_NO_COPY
bootmem.c mm/bootmem.c: cosmetic improvement of code readability
cleancache.c fs: switch ->s_uuid to uuid_t
cma.c cma: fix calculation of aligned offset
cma.h cma: Store a name in the cma structure
cma_debug.c mm/cma_debug.c: fix stack corruption due to sprintf usage
compaction.c mm, compaction: skip over holes in __reset_isolation_suitable
debug.c mm: make tlb_flush_pending global
debug_page_ref.c mm/page_ref: add tracepoint to track down page reference manipulation
dmapool.c lib/vsprintf.c: remove %Z support
early_ioremap.c x86/mm: Add support to access boot related data in the clear
fadvise.c mm: fadvise: avoid fadvise for fs without backing device
failslab.c mm: fault-inject take over bootstrap kmem_cache check
filemap.c Merge branch 'akpm' (patches from Andrew)
frame_vector.c treewide: use kv[mz]alloc* rather than opencoded variants
frontswap.c mm, frontswap: convert frontswap_enabled to static key
gup.c mm/device-public-memory: device memory cache coherent with CPU
highmem.c mm/highmem: make nr_free_highpages() handles all highmem zones by itself
hmm.c mm/hmm: avoid bloating arch that do not make use of HMM
huge_memory.c mm: soft-dirty: keep soft-dirty bits over thp migration
hugetlb.c
hugetlb_cgroup.c
hwpoison-inject.c
init-mm.c
internal.h
interval_tree.c
khugepaged.c
kmemcheck.c
kmemleak-test.c
kmemleak.c
ksm.c
list_lru.c
maccess.c
madvise.c
memblock.c
memcontrol.c
memory-failure.c
memory.c
memory_hotplug.c
mempolicy.c
mempool.c
memtest.c
migrate.c
mincore.c
mlock.c
mm_init.c
mmap.c
mmu_context.c
mmu_notifier.c
mmzone.c
mprotect.c
mremap.c
msync.c
nobootmem.c
nommu.c
oom_kill.c
page-writeback.c
page_alloc.c
page_counter.c
page_ext.c
page_idle.c
page_io.c
page_isolation.c
page_owner.c
page_poison.c
page_vma_mapped.c
pagewalk.c
percpu-internal.h
percpu-km.c
percpu-stats.c
percpu-vm.c
percpu.c
pgtable-generic.c
process_vm_access.c
quicklist.c
readahead.c
rmap.c
rodata_test.c
shmem.c
slab.c
slab.h
slab_common.c
slob.c
slub.c
sparse-vmemmap.c
sparse.c
swap.c
swap_cgroup.c
swap_slots.c
swap_state.c
swapfile.c
truncate.c
usercopy.c
userfaultfd.c
util.c
vmacache.c
Kconfig mm/hmm: avoid bloating arch that do not make use of HMM
Kconfig.debug mm: enable page poisoning early at boot
Makefile mm/hmm: avoid bloating arch that do not make use of HMM
backing-dev.c mm/backing-dev.c: fix an error handling path in 'cgwb_create()'
balloon_compaction.c mm/migrate: new migrate mode MIGRATE_SYNC_NO_COPY
bootmem.c mm/bootmem.c: cosmetic improvement of code readability
cleancache.c fs: switch ->s_uuid to uuid_t
cma.c cma: fix calculation of aligned offset
cma.h cma: Store a name in the cma structure
cma_debug.c mm/cma_debug.c: fix stack corruption due to sprintf usage
compaction.c mm, compaction: skip over holes in __reset_isolation_suitable
debug.c mm: make tlb_flush_pending global
debug_page_ref.c mm/page_ref: add tracepoint to track down page reference manipulation
dmapool.c lib/vsprintf.c: remove %Z support
early_ioremap.c x86/mm: Add support to access boot related data in the clear
fadvise.c mm: fadvise: avoid fadvise for fs without backing device
failslab.c mm: fault-inject take over bootstrap kmem_cache check
filemap.c Merge branch 'akpm' (patches from Andrew)
frame_vector.c treewide: use kv[mz]alloc* rather than opencoded variants
frontswap.c mm, frontswap: convert frontswap_enabled to static key
gup.c mm/device-public-memory: device memory cache coherent with CPU
highmem.c mm/highmem: make nr_free_highpages() handles all highmem zones by itself
hmm.c mm/hmm: avoid bloating arch that do not make use of HMM
huge_memory.c mm: soft-dirty: keep soft-dirty bits over thp migration
hugetlb.c
hugetlb_cgroup.c
hwpoison-inject.c
init-mm.c
internal.h
interval_tree.c
khugepaged.c
kmemcheck.c
kmemleak-test.c
kmemleak.c
ksm.c
list_lru.c
maccess.c
madvise.c
memblock.c
memcontrol.c
memory-failure.c
memory.c
memory_hotplug.c
mempolicy.c
mempool.c
memtest.c
migrate.c
mincore.c
mlock.c
mm_init.c
mmap.c
mmu_context.c
mmu_notifier.c
mmzone.c
mprotect.c
mremap.c
msync.c
nobootmem.c
nommu.c
oom_kill.c
page-writeback.c
page_alloc.c
page_counter.c
page_ext.c
page_idle.c
page_io.c
page_isolation.c
page_owner.c
page_poison.c
page_vma_mapped.c
pagewalk.c
percpu-internal.h
percpu-km.c
percpu-stats.c
percpu-vm.c
percpu.c
pgtable-generic.c
process_vm_access.c
quicklist.c
readahead.c
rmap.c
rodata_test.c
shmem.c
slab.c
slab.h
slab_common.c
slob.c
slub.c
sparse-vmemmap.c
sparse.c
swap.c
swap_cgroup.c
swap_slots.c
swap_state.c
swapfile.c
truncate.c
usercopy.c
userfaultfd.c
util.c
vmacache.c
Kconfig mm/hmm: avoid bloating arch that do not make use of HMM
Kconfig.debug mm: enable page poisoning early at boot
Makefile mm/hmm: avoid bloating arch that do not make use of HMM
backing-dev.c mm/backing-dev.c: fix an error handling path in 'cgwb_create()'
balloon_compaction.c mm/migrate: new migrate mode MIGRATE_SYNC_NO_COPY
bootmem.c mm/bootmem.c: cosmetic improvement of code readability
cleancache.c fs: switch ->s_uuid to uuid_t
cma.c cma: fix calculation of aligned offset
cma.h cma: Store a name in the cma structure
cma_debug.c mm/cma_debug.c: fix stack corruption due to sprintf usage
compaction.c mm, compaction: skip over holes in __reset_isolation_suitable
debug.c mm: make tlb_flush_pending global
debug_page_ref.c mm/page_ref: add tracepoint to track down page reference manipulation
dmapool.c lib/vsprintf.c: remove %Z support
early_ioremap.c x86/mm: Add support to access boot related data in the clear
fadvise.c mm: fadvise: avoid fadvise for fs without backing device
failslab.c mm: fault-inject take over bootstrap kmem_cache check
filemap.c Merge branch 'akpm' (patches from Andrew)
frame_vector.c treewide: use kv[mz]alloc* rather than opencoded variants
frontswap.c mm, frontswap: convert frontswap_enabled to static key
gup.c mm/device-public-memory: device memory cache coherent with CPU
highmem.c mm/highmem: make nr_free_highpages() handles all highmem zones by itself
hmm.c mm/hmm: avoid bloating arch that do not make use of HMM
huge_memory.c mm: soft-dirty: keep soft-dirty bits over thp migration
hugetlb.c
hugetlb_cgroup.c
hwpoison-inject.c
init-mm.c
internal.h
interval_tree.c
khugepaged.c
kmemcheck.c
kmemleak-test.c
kmemleak.c
ksm.c
list_lru.c
maccess.c
madvise.c
memblock.c
memcontrol.c
memory-failure.c
memory.c
memory_hotplug.c
mempolicy.c
mempool.c
memtest.c
migrate.c
mincore.c
mlock.c
mm_init.c
mmap.c
mmu_context.c
mmu_notifier.c
mmzone.c
mprotect.c
mremap.c
msync.c
nobootmem.c
nommu.c
oom_kill.c
page-writeback.c
page_alloc.c
page_counter.c
page_ext.c
page_idle.c
page_io.c
page_isolation.c
page_owner.c
page_poison.c
page_vma_mapped.c
pagewalk.c
percpu-internal.h
percpu-km.c
percpu-stats.c
percpu-vm.c
percpu.c
pgtable-generic.c
process_vm_access.c
quicklist.c
readahead.c
rmap.c
rodata_test.c
shmem.c
slab.c
slab.h
slab_common.c
slob.c
slub.c
sparse-vmemmap.c
sparse.c
swap.c
swap_cgroup.c
swap_slots.c
swap_state.c
swapfile.c
truncate.c
usercopy.c
userfaultfd.c
util.c
vmacache.c
Kconfig mm/hmm: avoid bloating arch that do not make use of HMM
Kconfig.debug mm: enable page poisoning early at boot
Makefile mm/hmm: avoid bloating arch that do not make use of HMM
backing-dev.c mm/backing-dev.c: fix an error handling path in 'cgwb_create()'
balloon_compaction.c mm/migrate: new migrate mode MIGRATE_SYNC_NO_COPY
bootmem.c mm/bootmem.c: cosmetic improvement of code readability
cleancache.c fs: switch ->s_uuid to uuid_t
cma.c cma: fix calculation of aligned offset
cma.h cma: Store a name in the cma structure
cma_debug.c mm/cma_debug.c: fix stack corruption due to sprintf usage
compaction.c mm, compaction: skip over holes in __reset_isolation_suitable
debug.c mm: make tlb_flush_pending global
debug_page_ref.c mm/page_ref: add tracepoint to track down page reference manipulation
dmapool.c lib/vsprintf.c: remove %Z support
early_ioremap.c x86/mm: Add support to access boot related data in the clear
fadvise.c mm: fadvise: avoid fadvise for fs without backing device
failslab.c mm: fault-inject take over bootstrap kmem_cache check
filemap.c Merge branch 'akpm' (patches from Andrew)
frame_vector.c treewide: use kv[mz]alloc* rather than opencoded variants
frontswap.c mm, frontswap: convert frontswap_enabled to static key
gup.c mm/device-public-memory: device memory cache coherent with CPU
highmem.c mm/highmem: make nr_free_highpages() handles all highmem zones by itself
hmm.c mm/hmm: avoid bloating arch that do not make use of HMM
huge_memory.c mm: soft-dirty: keep soft-dirty bits over thp migration
hugetlb.c
hugetlb_cgroup.c
hwpoison-inject.c
init-mm.c
internal.h
interval_tree.c
khugepaged.c
kmemcheck.c
kmemleak-test.c
kmemleak.c
ksm.c
list_lru.c
maccess.c
madvise.c
memblock.c
memcontrol.c
memory-failure.c
memory.c
memory_hotplug.c
mempolicy.c
mempool.c
memtest.c
migrate.c
mincore.c
mlock.c
mm_init.c
mmap.c
mmu_context.c
mmu_notifier.c
mmzone.c
mprotect.c
mremap.c
msync.c
nobootmem.c
nommu.c
oom_kill.c
page-writeback.c
page_alloc.c
page_counter.c
page_ext.c
page_idle.c
page_io.c
page_isolation.c
page_owner.c
page_poison.c
page_vma_mapped.c
pagewalk.c
percpu-internal.h
percpu-km.c
percpu-stats.c
percpu-vm.c
percpu.c
pgtable-generic.c
process_vm_access.c
quicklist.c
readahead.c
rmap.c
rodata_test.c
shmem.c
slab.c
slab.h
slab_common.c
slob.c
slub.c
sparse-vmemmap.c
sparse.c
swap.c
swap_cgroup.c
swap_slots.c
swap_state.c
swapfile.c
truncate.c
usercopy.c
userfaultfd.c
util.c
vmacache.c
Kconfig mm/hmm: avoid bloating arch that do not make use of HMM
Kconfig.debug mm: enable page poisoning early at boot
Makefile mm/hmm: avoid bloating arch that do not make use of HMM
backing-dev.c mm/backing-dev.c: fix an error handling path in 'cgwb_create()'
balloon_compaction.c mm/migrate: new migrate mode MIGRATE_SYNC_NO_COPY
bootmem.c mm/bootmem.c: cosmetic improvement of code readability
cleancache.c fs: switch ->s_uuid to uuid_t
cma.c cma: fix calculation of aligned offset
cma.h cma: Store a name in the cma structure
cma_debug.c mm/cma_debug.c: fix stack corruption due to sprintf usage
compaction.c mm, compaction: skip over holes in __reset_isolation_suitable
debug.c mm: make tlb_flush_pending global
debug_page_ref.c mm/page_ref: add tracepoint to track down page reference manipulation
dmapool.c lib/vsprintf.c: remove %Z support
early_ioremap.c x86/mm: Add support to access boot related data in the clear
fadvise.c mm: fadvise: avoid fadvise for fs without backing device
failslab.c mm: fault-inject take over bootstrap kmem_cache check
filemap.c Merge branch 'akpm' (patches from Andrew)
frame_vector.c treewide: use kv[mz]alloc* rather than opencoded variants
frontswap.c mm, frontswap: convert frontswap_enabled to static key
gup.c mm/device-public-memory: device memory cache coherent with CPU
highmem.c mm/highmem: make nr_free_highpages() handles all highmem zones by itself
hmm.c mm/hmm: avoid bloating arch that do not make use of HMM
huge_memory.c mm: soft-dirty: keep soft-dirty bits over thp migration
hugetlb.c
hugetlb_cgroup.c
hwpoison-inject.c
init-mm.c
internal.h
interval_tree.c
khugepaged.c
kmemcheck.c
kmemleak-test.c
kmemleak.c
ksm.c
list_lru.c
maccess.c
madvise.c
memblock.c
memcontrol.c
memory-failure.c
memory.c
memory_hotplug.c
mempolicy.c
mempool.c
memtest.c
migrate.c
mincore.c
mlock.c
mm_init.c
mmap.c
mmu_context.c
mmu_notifier.c
mmzone.c
mprotect.c
mremap.c
msync.c
nobootmem.c
nommu.c
oom_kill.c
page-writeback.c
page_alloc.c
page_counter.c
page_ext.c
page_idle.c
page_io.c
page_isolation.c
page_owner.c
page_poison.c
page_vma_mapped.c
pagewalk.c
percpu-internal.h
percpu-km.c
percpu-stats.c
percpu-vm.c
percpu.c
pgtable-generic.c
process_vm_access.c
quicklist.c
readahead.c
rmap.c
rodata_test.c
shmem.c
slab.c
slab.h
slab_common.c
slob.c
slub.c
sparse-vmemmap.c
sparse.c
swap.c
swap_cgroup.c
swap_slots.c
swap_state.c
swapfile.c
truncate.c
usercopy.c
userfaultfd.c
util.c
vmacache.c
Kconfig mm/hmm: avoid bloating arch that do not make use of HMM
Kconfig.debug mm: enable page poisoning early at boot
Makefile mm/hmm: avoid bloating arch that do not make use of HMM
backing-dev.c mm/backing-dev.c: fix an error handling path in 'cgwb_create()'
balloon_compaction.c mm/migrate: new migrate mode MIGRATE_SYNC_NO_COPY
bootmem.c mm/bootmem.c: cosmetic improvement of code readability
cleancache.c fs: switch ->s_uuid to uuid_t
cma.c cma: fix calculation of aligned offset
cma.h cma: Store a name in the cma structure
cma_debug.c mm/cma_debug.c: fix stack corruption due to sprintf usage
compaction.c mm, compaction: skip over holes in __reset_isolation_suitable
debug.c mm: make tlb_flush_pending global
debug_page_ref.c mm/page_ref: add tracepoint to track down page reference manipulation
dmapool.c lib/vsprintf.c: remove %Z support
early_ioremap.c x86/mm: Add support to access boot related data in the clear
fadvise.c mm: fadvise: avoid fadvise for fs without backing device
failslab.c mm: fault-inject take over bootstrap kmem_cache check
filemap.c Merge branch 'akpm' (patches from Andrew)
frame_vector.c treewide: use kv[mz]alloc* rather than opencoded variants
frontswap.c mm, frontswap: convert frontswap_enabled to static key
gup.c mm/device-public-memory: device memory cache coherent with CPU
highmem.c mm/highmem: make nr_free_highpages() handles all highmem zones by itself
hmm.c mm/hmm: avoid bloating arch that do not make use of HMM
huge_memory.c mm: soft-dirty: keep soft-dirty bits over thp migration
hugetlb.c
hugetlb_cgroup.c
hwpoison-inject.c
init-mm.c
internal.h
interval_tree.c
khugepaged.c
kmemcheck.c
kmemleak-test.c
kmemleak.c
ksm.c
list_lru.c
maccess.c
madvise.c
memblock.c
memcontrol.c
memory-failure.c
memory.c
memory_hotplug.c
mempolicy.c
mempool.c
memtest.c
migrate.c
mincore.c
mlock.c
mm_init.c
mmap.c
mmu_context.c
mmu_notifier.c
mmzone.c
mprotect.c
mremap.c
msync.c
nobootmem.c
nommu.c
oom_kill.c
page-writeback.c
page_alloc.c
page_counter.c
page_ext.c
page_idle.c
page_io.c
page_isolation.c
page_owner.c
page_poison.c
page_vma_mapped.c
pagewalk.c
percpu-internal.h
percpu-km.c
percpu-stats.c
percpu-vm.c
percpu.c
pgtable-generic.c
process_vm_access.c
quicklist.c
readahead.c
rmap.c
rodata_test.c
shmem.c
slab.c
slab.h
slab_common.c
slob.c
slub.c
sparse-vmemmap.c
sparse.c
swap.c
swap_cgroup.c
swap_slots.c
swap_state.c
swapfile.c
truncate.c
usercopy.c
userfaultfd.c
util.c
vmacache.c
Kconfig mm/hmm: avoid bloating arch that do not make use of HMM
Kconfig.debug mm: enable page poisoning early at boot
Makefile mm/hmm: avoid bloating arch that do not make use of HMM
backing-dev.c mm/backing-dev.c: fix an error handling path in 'cgwb_create()'
balloon_compaction.c mm/migrate: new migrate mode MIGRATE_SYNC_NO_COPY
bootmem.c mm/bootmem.c: cosmetic improvement of code readability
cleancache.c fs: switch ->s_uuid to uuid_t
cma.c cma: fix calculation of aligned offset
cma.h cma: Store a name in the cma structure
cma_debug.c mm/cma_debug.c: fix stack corruption due to sprintf usage
compaction.c mm, compaction: skip over holes in __reset_isolation_suitable
debug.c mm: make tlb_flush_pending global
debug_page_ref.c mm/page_ref: add tracepoint to track down page reference manipulation
dmapool.c lib/vsprintf.c: remove %Z support
early_ioremap.c x86/mm: Add support to access boot related data in the clear
fadvise.c mm: fadvise: avoid fadvise for fs without backing device
failslab.c mm: fault-inject take over bootstrap kmem_cache check
filemap.c Merge branch 'akpm' (patches from Andrew)
frame_vector.c treewide: use kv[mz]alloc* rather than opencoded variants
frontswap.c mm, frontswap: convert frontswap_enabled to static key
gup.c mm/device-public-memory: device memory cache coherent with CPU
highmem.c mm/highmem: make nr_free_highpages() handles all highmem zones by itself
hmm.c mm/hmm: avoid bloating arch that do not make use of HMM
huge_memory.c mm: soft-dirty: keep soft-dirty bits over thp migration
hugetlb.c
hugetlb_cgroup.c
hwpoison-inject.c
init-mm.c
internal.h
interval_tree.c
khugepaged.c
kmemcheck.c
kmemleak-test.c
kmemleak.c
ksm.c
list_lru.c
maccess.c
madvise.c
memblock.c
memcontrol.c
memory-failure.c
memory.c
memory_hotplug.c
mempolicy.c
mempool.c
memtest.c
migrate.c
mincore.c
mlock.c
mm_init.c
mmap.c
mmu_context.c
mmu_notifier.c
mmzone.c
mprotect.c
mremap.c
msync.c
nobootmem.c
nommu.c
oom_kill.c
page-writeback.c
page_alloc.c
page_counter.c
page_ext.c
page_idle.c
page_io.c
page_isolation.c
page_owner.c
page_poison.c
page_vma_mapped.c
pagewalk.c
percpu-internal.h
percpu-km.c
percpu-stats.c
percpu-vm.c
percpu.c
pgtable-generic.c
process_vm_access.c
quicklist.c
readahead.c
rmap.c
rodata_test.c
shmem.c
slab.c
slab.h
slab_common.c
slob.c
slub.c
sparse-vmemmap.c
sparse.c
swap.c
swap_cgroup.c
swap_slots.c
swap_state.c
swapfile.c
truncate.c
usercopy.c
userfaultfd.c
util.c
vmacache.c
Kconfig mm/hmm: avoid bloating arch that do not make use of HMM
Kconfig.debug mm: enable page poisoning early at boot
Makefile mm/hmm: avoid bloating arch that do not make use of HMM
backing-dev.c mm/backing-dev.c: fix an error handling path in 'cgwb_create()'
balloon_compaction.c mm/migrate: new migrate mode MIGRATE_SYNC_NO_COPY
bootmem.c mm/bootmem.c: cosmetic improvement of code readability
cleancache.c fs: switch ->s_uuid to uuid_t
cma.c cma: fix calculation of aligned offset
cma.h cma: Store a name in the cma structure
cma_debug.c mm/cma_debug.c: fix stack corruption due to sprintf usage
compaction.c mm, compaction: skip over holes in __reset_isolation_suitable
debug.c mm: make tlb_flush_pending global
debug_page_ref.c mm/page_ref: add tracepoint to track down page reference manipulation
dmapool.c lib/vsprintf.c: remove %Z support
early_ioremap.c x86/mm: Add support to access boot related data in the clear
fadvise.c mm: fadvise: avoid fadvise for fs without backing device
failslab.c mm: fault-inject take over bootstrap kmem_cache check
filemap.c Merge branch 'akpm' (patches from Andrew)
frame_vector.c treewide: use kv[mz]alloc* rather than opencoded variants
frontswap.c mm, frontswap: convert frontswap_enabled to static key
gup.c mm/device-public-memory: device memory cache coherent with CPU
highmem.c mm/highmem: make nr_free_highpages() handles all highmem zones by itself
hmm.c mm/hmm: avoid bloating arch that do not make use of HMM
huge_memory.c mm: soft-dirty: keep soft-dirty bits over thp migration
hugetlb.c
hugetlb_cgroup.c
hwpoison-inject.c
init-mm.c
internal.h
interval_tree.c
khugepaged.c
kmemcheck.c
kmemleak-test.c
kmemleak.c
ksm.c
list_lru.c
maccess.c
madvise.c
memblock.c
memcontrol.c
memory-failure.c
memory.c
memory_hotplug.c
mempolicy.c
mempool.c
memtest.c
migrate.c
mincore.c
mlock.c
mm_init.c
mmap.c
mmu_context.c
mmu_notifier.c
mmzone.c
mprotect.c
mremap.c
msync.c
nobootmem.c
nommu.c
oom_kill.c
page-writeback.c
page_alloc.c
page_counter.c
page_ext.c
page_idle.c
page_io.c
page_isolation.c
page_owner.c
page_poison.c
page_vma_mapped.c
pagewalk.c
percpu-internal.h
percpu-km.c
percpu-stats.c
percpu-vm.c
percpu.c
pgtable-generic.c
process_vm_access.c
quicklist.c
readahead.c
rmap.c
rodata_test.c
shmem.c
slab.c
slab.h
slab_common.c
slob.c
slub.c
sparse-vmemmap.c
sparse.c
swap.c
swap_cgroup.c
swap_slots.c
swap_state.c
swapfile.c
truncate.c
usercopy.c
userfaultfd.c
util.c
vmacache.c

项目简介

The openEuler kernel is the core of the openEuler OS, serving as the foundation of system performance and stability and a bridge between processors, devices, and services.

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