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atomic 64bit test failing on Ubuntu 10.04 LTS i686 #21
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Here is a full test run (can't attach?) SPL v0.5.0
------------------------------ Running SPLAT Tests ------------------------------
kmem:kmem_alloc �[0;32mPass�[0m
kmem_alloc: 4096 byte allocations, 10/10 successful
kmem_alloc: 8192 byte allocations, 10/10 successful
kmem_alloc: 16384 byte allocations, 10/10 successful
kmem_alloc: 32768 byte allocations, 10/10 successful
kmem_alloc: 65536 byte allocations, 10/10 successful
kmem_alloc: 131072 byte allocations, 10/10 successful
kmem:kmem_zalloc �[0;32mPass�[0m
kmem_zalloc: 4096 byte allocations, 10/10 successful
kmem_zalloc: 8192 byte allocations, 10/10 successful
kmem_zalloc: 16384 byte allocations, 10/10 successful
kmem_zalloc: 32768 byte allocations, 10/10 successful
kmem_zalloc: 65536 byte allocations, 10/10 successful
kmem_zalloc: 131072 byte allocations, 10/10 successful
kmem:vmem_alloc �[0;32mPass�[0m
vmem_alloc: 4096 byte allocations, 10/10 successful
vmem_alloc: 8192 byte allocations, 10/10 successful
vmem_alloc: 16384 byte allocations, 10/10 successful
vmem_alloc: 32768 byte allocations, 10/10 successful
vmem_alloc: 65536 byte allocations, 10/10 successful
vmem_alloc: 131072 byte allocations, 10/10 successful
vmem_alloc: 262144 byte allocations, 10/10 successful
vmem_alloc: 524288 byte allocations, 10/10 successful
vmem_alloc: 1048576 byte allocations, 10/10 successful
vmem_alloc: 2097152 byte allocations, 10/10 successful
vmem_alloc: 4194304 byte allocations, 10/10 successful
kmem:vmem_zalloc �[0;32mPass�[0m
vmem_zalloc: 4096 byte allocations, 10/10 successful
vmem_zalloc: 8192 byte allocations, 10/10 successful
vmem_zalloc: 16384 byte allocations, 10/10 successful
vmem_zalloc: 32768 byte allocations, 10/10 successful
vmem_zalloc: 65536 byte allocations, 10/10 successful
vmem_zalloc: 131072 byte allocations, 10/10 successful
vmem_zalloc: 262144 byte allocations, 10/10 successful
vmem_zalloc: 524288 byte allocations, 10/10 successful
vmem_zalloc: 1048576 byte allocations, 10/10 successful
vmem_zalloc: 2097152 byte allocations, 10/10 successful
vmem_zalloc: 4194304 byte allocations, 10/10 successful
kmem:slab_small �[0;32mPass�[0m
slab_small: Successfully ran ctors/dtors for 159 elements in 'kmem_test'
slab_small: Successfully ran ctors/dtors for 159 elements in 'kmem_test'
slab_small: Successfully ran ctors/dtors for 159 elements in 'kmem_test'
kmem:slab_large �[0;32mPass�[0m
slab_large: Successfully ran ctors/dtors for 63 elements in 'kmem_test'
slab_large: Successfully ran ctors/dtors for 45 elements in 'kmem_test'
slab_large: Successfully ran ctors/dtors for 31 elements in 'kmem_test'
kmem:slab_align �[0;32mPass�[0m
slab_align: Successfully ran ctors/dtors for 132 elements in 'kmem_test'
slab_align: Successfully ran ctors/dtors for 168 elements in 'kmem_test'
slab_align: Successfully ran ctors/dtors for 168 elements in 'kmem_test'
slab_align: Successfully ran ctors/dtors for 189 elements in 'kmem_test'
slab_align: Successfully ran ctors/dtors for 168 elements in 'kmem_test'
slab_align: Successfully ran ctors/dtors for 189 elements in 'kmem_test'
slab_align: Successfully ran ctors/dtors for 189 elements in 'kmem_test'
slab_align: Successfully ran ctors/dtors for 126 elements in 'kmem_test'
slab_align: Successfully ran ctors/dtors for 126 elements in 'kmem_test'
slab_align: Successfully ran ctors/dtors for 63 elements in 'kmem_test'
kmem:slab_reap �[0;32mPass�[0m
slab_reap: kmem_test cache objects 1044, slabs 18/18 objs 1024/1044 mags 0/256 0/256 0/256 204/256
slab_reap: kmem_test cache objects 1044, slabs 14/18 objs 768/1044 mags 0/256 0/256 0/256 152/256
slab_reap: kmem_test cache objects 1044, slabs 12/18 objs 640/1044 mags 0/256 0/256 0/256 228/256
slab_reap: kmem_test cache objects 1044, slabs 7/18 objs 384/1044 mags 0/256 0/256 0/256 176/256
slab_reap: kmem_test cache objects 1044, slabs 5/18 objs 256/1044 mags 0/256 0/256 0/256 252/256
slab_reap: kmem_test cache objects 1044, slabs 5/18 objs 256/1044 mags 0/256 0/256 0/256 256/256
slab_reap: kmem_test cache objects 1044, slabs 5/18 objs 256/1044 mags 0/256 0/256 0/256 256/256
slab_reap: kmem_test cache objects 1044, slabs 5/18 objs 256/1044 mags 0/256 0/256 0/256 256/256
slab_reap: kmem_test cache objects 1044, slabs 5/18 objs 256/1044 mags 0/256 0/256 0/256 256/256
slab_reap: kmem_test cache objects 1044, slabs 5/18 objs 256/1044 mags 0/256 0/256 0/256 256/256
slab_reap: kmem_test cache objects 1044, slabs 5/18 objs 256/1044 mags 0/256 0/256 0/256 256/256
slab_reap: kmem_test cache objects 1044, slabs 5/18 objs 256/1044 mags 0/256 0/256 0/256 256/256
slab_reap: kmem_test cache objects 1044, slabs 5/18 objs 256/1044 mags 0/256 0/256 0/256 256/256
slab_reap: kmem_test cache objects 1044, slabs 5/18 objs 256/1044 mags 0/256 0/256 0/256 256/256
slab_reap: kmem_test cache objects 1044, slabs 5/18 objs 256/1044 mags 0/256 0/256 0/256 256/256
slab_reap: kmem_test cache objects 1044, slabs 5/18 objs 256/1044 mags 0/256 0/256 0/256 256/256
slab_reap: kmem_test cache objects 1044, slabs 5/18 objs 256/1044 mags 0/256 0/256 0/256 256/256
slab_reap: kmem_test cache objects 812, slabs 5/14 objs 256/812 mags 0/256 0/256 0/256 256/256
slab_reap: kmem_test cache objects 696, slabs 5/12 objs 256/696 mags 0/256 0/256 0/256 256/256
slab_reap: kmem_test cache objects 406, slabs 5/7 objs 256/406 mags 0/256 0/256 0/256 256/256
slab_reap: kmem_test cache objects 290, slabs 3/5 objs 128/290 mags 0/256 0/256 0/256 128/256
slab_reap: kmem_test cache objects 290, slabs 3/5 objs 128/290 mags 0/256 0/256 0/256 128/256
slab_reap: kmem_test cache objects 290, slabs 3/5 objs 128/290 mags 0/256 0/256 0/256 128/256
slab_reap: kmem_test cache objects 290, slabs 3/5 objs 128/290 mags 0/256 0/256 0/256 128/256
slab_reap: kmem_test cache objects 290, slabs 3/5 objs 128/290 mags 0/256 0/256 0/256 128/256
slab_reap: kmem_test cache objects 290, slabs 3/5 objs 128/290 mags 0/256 0/256 0/256 128/256
slab_reap: kmem_test cache objects 290, slabs 0/5 objs 0/290 mags 0/256 0/256 0/256 0/256
slab_reap: kmem_test cache objects 290, slabs 0/5 objs 0/290 mags 0/256 0/256 0/256 0/256
slab_reap: kmem_test cache objects 290, slabs 0/5 objs 0/290 mags 0/256 0/256 0/256 0/256
slab_reap: kmem_test cache objects 290, slabs 0/5 objs 0/290 mags 0/256 0/256 0/256 0/256
slab_reap: kmem_test cache objects 290, slabs 0/5 objs 0/290 mags 0/256 0/256 0/256 0/256
slab_reap: kmem_test cache objects 290, slabs 0/5 objs 0/290 mags 0/256 0/256 0/256 0/256
slab_reap: kmem_test cache objects 290, slabs 0/5 objs 0/290 mags 0/256 0/256 0/256 0/256
slab_reap: kmem_test cache objects 290, slabs 0/5 objs 0/290 mags 0/256 0/256 0/256 0/256
slab_reap: kmem_test cache objects 290, slabs 0/5 objs 0/290 mags 0/256 0/256 0/256 0/256
slab_reap: kmem_test cache objects 290, slabs 0/5 objs 0/290 mags 0/256 0/256 0/256 0/256
slab_reap: kmem_test cache objects 174, slabs 0/3 objs 0/174 mags 0/256 0/256 0/256 0/256
slab_reap: kmem_test cache objects 174, slabs 0/3 objs 0/174 mags 0/256 0/256 0/256 0/256
slab_reap: kmem_test cache objects 174, slabs 0/3 objs 0/174 mags 0/256 0/256 0/256 0/256
slab_reap: kmem_test cache objects 174, slabs 0/3 objs 0/174 mags 0/256 0/256 0/256 0/256
slab_reap: kmem_test cache objects 174, slabs 0/3 objs 0/174 mags 0/256 0/256 0/256 0/256
slab_reap: kmem_test cache objects 0, slabs 0/0 objs 0/0 mags 0/256 0/256 0/256 0/256
slab_reap: Successfully created 1024 objects in cache kmem_test and reclaimed them
kmem:slab_age �[0;32mPass�[0m
slab_age: kmem_test cache objects 131080, slabs 5/2260 objs 256/131080 mags 0/256 0/256 256/256 0/256
slab_age: kmem_test cache objects 131080, slabs 5/2260 objs 256/131080 mags 0/256 0/256 256/256 0/256
slab_age: kmem_test cache objects 131080, slabs 5/2260 objs 256/131080 mags 0/256 0/256 256/256 0/256
slab_age: kmem_test cache objects 131080, slabs 5/2260 objs 256/131080 mags 0/256 0/256 256/256 0/256
slab_age: kmem_test cache objects 131080, slabs 5/2260 objs 256/131080 mags 0/256 0/256 256/256 0/256
slab_age: kmem_test cache objects 131080, slabs 5/2260 objs 256/131080 mags 0/256 0/256 256/256 0/256
slab_age: kmem_test cache objects 131080, slabs 5/2260 objs 256/131080 mags 0/256 0/256 256/256 0/256
slab_age: kmem_test cache objects 131080, slabs 5/2260 objs 256/131080 mags 0/256 0/256 256/256 0/256
slab_age: kmem_test cache objects 131080, slabs 5/2260 objs 256/131080 mags 0/256 0/256 256/256 0/256
slab_age: kmem_test cache objects 131080, slabs 5/2260 objs 256/131080 mags 0/256 0/256 256/256 0/256
slab_age: kmem_test cache objects 131080, slabs 5/2260 objs 256/131080 mags 0/256 0/256 256/256 0/256
slab_age: kmem_test cache objects 131080, slabs 5/2260 objs 256/131080 mags 0/256 0/256 256/256 0/256
slab_age: kmem_test cache objects 131080, slabs 5/2260 objs 256/131080 mags 0/256 0/256 256/256 0/256
slab_age: kmem_test cache objects 131080, slabs 5/2260 objs 256/131080 mags 0/256 0/256 256/256 0/256
slab_age: kmem_test cache objects 131080, slabs 5/2260 objs 256/131080 mags 0/256 0/256 256/256 0/256
slab_age: kmem_test cache objects 131080, slabs 5/2260 objs 256/131080 mags 0/256 0/256 256/256 0/256
slab_age: kmem_test cache objects 131080, slabs 5/2260 objs 256/131080 mags 0/256 0/256 256/256 0/256
slab_age: kmem_test cache objects 131080, slabs 5/2260 objs 256/131080 mags 0/256 0/256 256/256 0/256
slab_age: kmem_test cache objects 131080, slabs 5/2260 objs 256/131080 mags 0/256 0/256 256/256 0/256
slab_age: kmem_test cache objects 131080, slabs 5/2260 objs 256/131080 mags 0/256 0/256 256/256 0/256
slab_age: kmem_test cache objects 32322, slabs 3/5 objs 128/290 mags 0/256 0/256 128/256 0/256
slab_age: kmem_test cache objects 290, slabs 3/5 objs 128/290 mags 0/256 0/256 128/256 0/256
slab_age: kmem_test cache objects 290, slabs 3/5 objs 128/290 mags 0/256 0/256 128/256 0/256
slab_age: kmem_test cache objects 290, slabs 3/5 objs 128/290 mags 0/256 0/256 128/256 0/256
slab_age: kmem_test cache objects 290, slabs 3/5 objs 128/290 mags 0/256 0/256 128/256 0/256
slab_age: kmem_test cache objects 290, slabs 0/5 objs 0/290 mags 0/256 0/256 0/256 0/256
slab_age: kmem_test cache objects 290, slabs 0/5 objs 0/290 mags 0/256 0/256 0/256 0/256
slab_age: kmem_test cache objects 290, slabs 0/5 objs 0/290 mags 0/256 0/256 0/256 0/256
slab_age: kmem_test cache objects 290, slabs 0/5 objs 0/290 mags 0/256 0/256 0/256 0/256
slab_age: kmem_test cache objects 290, slabs 0/5 objs 0/290 mags 0/256 0/256 0/256 0/256
slab_age: kmem_test cache objects 290, slabs 0/5 objs 0/290 mags 0/256 0/256 0/256 0/256
slab_age: kmem_test cache objects 290, slabs 0/5 objs 0/290 mags 0/256 0/256 0/256 0/256
slab_age: kmem_test cache objects 290, slabs 0/5 objs 0/290 mags 0/256 0/256 0/256 0/256
slab_age: kmem_test cache objects 290, slabs 0/5 objs 0/290 mags 0/256 0/256 0/256 0/256
slab_age: kmem_test cache objects 290, slabs 0/5 objs 0/290 mags 0/256 0/256 0/256 0/256
slab_age: kmem_test cache objects 290, slabs 0/5 objs 0/290 mags 0/256 0/256 0/256 0/256
slab_age: kmem_test cache objects 174, slabs 0/3 objs 0/174 mags 0/256 0/256 0/256 0/256
slab_age: kmem_test cache objects 174, slabs 0/3 objs 0/174 mags 0/256 0/256 0/256 0/256
slab_age: kmem_test cache objects 174, slabs 0/3 objs 0/174 mags 0/256 0/256 0/256 0/256
slab_age: kmem_test cache objects 174, slabs 0/3 objs 0/174 mags 0/256 0/256 0/256 0/256
slab_age: kmem_test cache objects 174, slabs 0/3 objs 0/174 mags 0/256 0/256 0/256 0/256
slab_age: kmem_test cache objects 0, slabs 0/0 objs 0/0 mags 0/256 0/256 0/256 0/256
slab_age: Successfully created 131072 objects in cache kmem_test and reclaimed them
kmem:slab_lock �[0;32mPass�[0m
slab_lock: name time (sec) slabs objs hash
slab_lock: tot/max/calc tot/max/calc
slab_lock: kmem_test-16-1 0.000000000 8/7/1 808/640/32
slab_lock: kmem_test-16-2 0.000000000 5/4/2 505/384/64
slab_lock: kmem_test-16-4 0.003999630 5/4/4 505/384/128
slab_lock: kmem_test-16-8 0.000000000 7/6/8 707/512/256
slab_lock: kmem_test-16-16 0.000000000 8/7/16 808/640/512
slab_lock: kmem_test-16-32 0.000000000 7/7/32 707/640/1024
slab_lock: kmem_test-16-64 0.003999688 8/7/64 808/640/2048
slab_lock: kmem_test-16-128 0.000000000 8/7/128 808/640/4096
slab_lock: kmem_test-16-256 0.000000000 10/8/256 1010/768/8192
slab_lock: kmem_test-16-512 0.003999723 18/16/512 1818/1536/16384
slab_lock: kmem_test-16-1024 0.007999457 32/30/1024 3232/2944/32768
slab_lock: name time (sec) slabs objs hash
slab_lock: tot/max/calc tot/max/calc
slab_lock: kmem_test-32-1 0.000000000 9/9/1 648/640/32
slab_lock: kmem_test-32-2 0.000000000 9/9/2 648/640/64
slab_lock: kmem_test-32-4 0.000000000 9/9/4 648/640/128
slab_lock: kmem_test-32-8 0.003999699 9/9/8 648/640/256
slab_lock: kmem_test-32-16 0.000000000 9/9/16 648/640/512
slab_lock: kmem_test-32-32 0.000000000 9/9/32 648/640/1024
slab_lock: kmem_test-32-64 0.000000000 9/9/64 648/640/2048
slab_lock: kmem_test-32-128 0.003999688 9/9/128 648/640/4096
slab_lock: kmem_test-32-256 0.000000000 13/11/256 936/768/8192
slab_lock: kmem_test-32-512 0.007999380 23/22/512 1656/1536/16384
slab_lock: name time (sec) slabs objs hash
slab_lock: tot/max/calc tot/max/calc
slab_lock: kmem_test-64-1 0.000000000 20/20/1 920/896/32
slab_lock: kmem_test-64-2 0.000000000 20/20/2 920/896/64
slab_lock: kmem_test-64-4 0.000000000 17/17/4 782/768/128
slab_lock: kmem_test-64-8 0.003999691 14/14/8 644/640/256
slab_lock: kmem_test-64-16 0.000000000 20/20/16 920/896/512
slab_lock: kmem_test-64-32 0.000000000 17/17/32 782/768/1024
slab_lock: kmem_test-64-64 0.003999697 17/17/64 782/768/2048
slab_lock: kmem_test-64-128 0.000000000 17/17/128 782/768/4096
slab_lock: kmem_test-64-256 0.003999708 25/23/256 1150/1024/8192
slab_lock: name time (sec) slabs objs hash
slab_lock: tot/max/calc tot/max/calc
slab_lock: kmem_test-128-1 0.000000000 16/15/1 848/768/32
slab_lock: kmem_test-128-2 0.003999705 13/13/2 689/640/64
slab_lock: kmem_test-128-4 0.000000000 17/17/4 901/896/128
slab_lock: kmem_test-128-8 0.000000000 13/13/8 689/640/256
slab_lock: kmem_test-128-16 0.000000000 16/15/16 848/768/512
slab_lock: kmem_test-128-32 0.003999703 16/15/32 848/768/1024
slab_lock: kmem_test-128-64 0.000000000 17/17/64 901/896/2048
slab_lock: kmem_test-128-128 0.003999700 17/17/128 901/896/4096
slab_lock: name time (sec) slabs objs hash
slab_lock: tot/max/calc tot/max/calc
slab_lock: kmem_test-256-1 0.000000000 12/12/1 696/640/32
slab_lock: kmem_test-256-2 0.000000000 16/16/2 928/896/64
slab_lock: kmem_test-256-4 0.000000000 16/16/4 928/896/128
slab_lock: kmem_test-256-8 0.003999697 14/14/8 812/768/256
slab_lock: kmem_test-256-16 0.000000000 13/12/16 754/640/512
slab_lock: kmem_test-256-32 0.000000000 13/12/32 754/640/1024
slab_lock: kmem_test-256-64 0.003999689 13/12/64 754/640/2048
slab_lock: name time (sec) slabs objs hash
slab_lock: tot/max/calc tot/max/calc
slab_lock: kmem_test-512-1 0.000000000 13/11/1 793/640/32
slab_lock: kmem_test-512-2 0.000000000 13/11/2 793/640/64
slab_lock: kmem_test-512-4 0.003999696 13/11/4 793/640/128
slab_lock: kmem_test-512-8 0.000000000 13/11/8 793/640/256
slab_lock: kmem_test-512-16 0.003999699 13/11/16 793/640/512
slab_lock: kmem_test-512-32 0.000000000 13/11/32 793/640/1024
slab_lock: name time (sec) slabs objs hash
slab_lock: tot/max/calc tot/max/calc
slab_lock: kmem_test-1024-1 0.000000000 9/6/1 558/320/32
slab_lock: kmem_test-1024-2 0.003999705 10/7/2 620/384/64
slab_lock: kmem_test-1024-4 0.000000000 10/7/4 620/384/128
slab_lock: kmem_test-1024-8 0.003999703 10/7/8 620/384/256
slab_lock: kmem_test-1024-16 0.000000000 9/6/16 558/320/512
slab_lock: name time (sec) slabs objs hash
slab_lock: tot/max/calc tot/max/calc
slab_lock: kmem_test-2048-1 0.003999700 10/6/1 630/320/32
slab_lock: kmem_test-2048-2 0.000000000 8/7/2 504/384/64
slab_lock: kmem_test-2048-4 0.000000000 8/7/4 504/384/128
slab_lock: kmem_test-2048-8 0.003999693 8/7/8 504/384/256
slab_lock: name time (sec) slabs objs hash
slab_lock: tot/max/calc tot/max/calc
slab_lock: kmem_test-4096-1 0.000000000 6/4/1 378/192/32
slab_lock: kmem_test-4096-2 0.000000000 6/4/2 378/192/64
slab_lock: kmem_test-4096-4 0.000000000 6/3/4 378/160/128
slab_lock: name time (sec) slabs objs hash
slab_lock: tot/max/calc tot/max/calc
slab_lock: kmem_test-8192-1 0.000000000 5/3/1 315/160/32
slab_lock: kmem_test-8192-2 0.000000000 6/4/2 378/192/64
slab_lock: name time (sec) slabs objs hash
slab_lock: tot/max/calc tot/max/calc
slab_lock: kmem_test-16384-1 0.003999703 6/3/1 378/160/32
slab_lock: name time (sec) slabs objs hash
slab_lock: tot/max/calc tot/max/calc
slab_lock: name time (sec) slabs objs hash
slab_lock: tot/max/calc tot/max/calc
slab_lock: name time (sec) slabs objs hash
slab_lock: tot/max/calc tot/max/calc
slab_lock: name time (sec) slabs objs hash
slab_lock: tot/max/calc tot/max/calc
slab_lock: name time (sec) slabs objs hash
slab_lock: tot/max/calc tot/max/calc
slab_lock: name time (sec) slabs objs hash
slab_lock: tot/max/calc tot/max/calc
kmem:vmem_size �[0;32mPass�[0m
vmem_size: Vmem alloc=41512960 free=84316160 total=125829120
vmem_size: Alloc 8388608 bytes
vmem_size: Vmem alloc=49917952 free=75911168 total=125829120
vmem_size: Free 8388608 bytes
vmem_size: VMEM_ALLOC within tolerance: ~0% (16384/8388608)
vmem_size: VMEM_FREE within tolerance: ~0% (16384/8388608)
taskq:single �[0;32mPass�[0m
single: Taskq 'single' creating
single: Taskq 'single' function 'splat_taskq_test13_func' dispatching
single: Taskq 'single' waiting
single: Taskq 'single' function 'splat_taskq_test13_func' setting flag
single: Taskq 'single' destroying
taskq:multiple �[0;32mPass�[0m
multiple: Taskq 'multiple/0' creating
multiple: Taskq 'multiple/0' function 'splat_taskq_test2_func1' dispatching
multiple: Taskq 'multiple/0' function 'splat_taskq_test2_func2' dispatching
multiple: Taskq 'multiple/1' creating
multiple: Taskq 'multiple/0' function 'splat_taskq_test2_func1' flag = 0 = 0 * 2
multiple: Taskq 'multiple/0' function 'splat_taskq_test2_func2' flag = 1 = 0 + 1
multiple: Taskq 'multiple/1' function 'splat_taskq_test2_func1' dispatching
multiple: Taskq 'multiple/1' function 'splat_taskq_test2_func2' dispatching
multiple: Taskq 'multiple/2' creating
multiple: Taskq 'multiple/1' function 'splat_taskq_test2_func1' flag = 2 = 1 * 2
multiple: Taskq 'multiple/1' function 'splat_taskq_test2_func2' flag = 3 = 2 + 1
multiple: Taskq 'multiple/2' function 'splat_taskq_test2_func1' dispatching
multiple: Taskq 'multiple/2' function 'splat_taskq_test2_func2' dispatching
multiple: Taskq 'multiple/3' creating
multiple: Taskq 'multiple/2' function 'splat_taskq_test2_func1' flag = 4 = 2 * 2
multiple: Taskq 'multiple/2' function 'splat_taskq_test2_func2' flag = 5 = 4 + 1
multiple: Taskq 'multiple/3' function 'splat_taskq_test2_func1' dispatching
multiple: Taskq 'multiple/3' function 'splat_taskq_test2_func2' dispatching
multiple: Taskq 'multiple/4' creating
multiple: Taskq 'multiple/3' function 'splat_taskq_test2_func1' flag = 6 = 3 * 2
multiple: Taskq 'multiple/3' function 'splat_taskq_test2_func2' flag = 7 = 6 + 1
multiple: Taskq 'multiple/4' function 'splat_taskq_test2_func1' dispatching
multiple: Taskq 'multiple/4' function 'splat_taskq_test2_func2' dispatching
multiple: Taskq 'multiple/5' creating
multiple: Taskq 'multiple/4' function 'splat_taskq_test2_func1' flag = 8 = 4 * 2
multiple: Taskq 'multiple/4' function 'splat_taskq_test2_func2' flag = 9 = 8 + 1
multiple: Taskq 'multiple/5' function 'splat_taskq_test2_func1' dispatching
multiple: Taskq 'multiple/5' function 'splat_taskq_test2_func2' dispatching
multiple: Taskq 'multiple/6' creating
multiple: Taskq 'multiple/5' function 'splat_taskq_test2_func1' flag = 10 = 5 * 2
multiple: Taskq 'multiple/5' function 'splat_taskq_test2_func2' flag = 11 = 10 + 1
multiple: Taskq 'multiple/6' function 'splat_taskq_test2_func1' dispatching
multiple: Taskq 'multiple/6' function 'splat_taskq_test2_func2' dispatching
multiple: Taskq 'multiple/7' creating
multiple: Taskq 'multiple/6' function 'splat_taskq_test2_func1' flag = 12 = 6 * 2
multiple: Taskq 'multiple/6' function 'splat_taskq_test2_func2' flag = 13 = 12 + 1
multiple: Taskq 'multiple/7' function 'splat_taskq_test2_func1' dispatching
multiple: Taskq 'multiple/7' function 'splat_taskq_test2_func2' dispatching
multiple: Taskq 'multiple/0' waiting
multiple: Taskq 'multiple/0; destroying
multiple: Taskq 'multiple/7' function 'splat_taskq_test2_func1' flag = 14 = 7 * 2
multiple: Taskq 'multiple/7' function 'splat_taskq_test2_func2' flag = 15 = 14 + 1
multiple: Taskq 'multiple/0' processed tasks in the correct order; 1 == 1
multiple: Taskq 'multiple/1' waiting
multiple: Taskq 'multiple/1; destroying
multiple: Taskq 'multiple/1' processed tasks in the correct order; 3 == 3
multiple: Taskq 'multiple/2' waiting
multiple: Taskq 'multiple/2; destroying
multiple: Taskq 'multiple/2' processed tasks in the correct order; 5 == 5
multiple: Taskq 'multiple/3' waiting
multiple: Taskq 'multiple/3; destroying
multiple: Taskq 'multiple/3' processed tasks in the correct order; 7 == 7
multiple: Taskq 'multiple/4' waiting
multiple: Taskq 'multiple/4; destroying
multiple: Taskq 'multiple/4' processed tasks in the correct order; 9 == 9
multiple: Taskq 'multiple/5' waiting
multiple: Taskq 'multiple/5; destroying
multiple: Taskq 'multiple/5' processed tasks in the correct order; 11 == 11
multiple: Taskq 'multiple/6' waiting
multiple: Taskq 'multiple/6; destroying
multiple: Taskq 'multiple/6' processed tasks in the correct order; 13 == 13
multiple: Taskq 'multiple/7' waiting
multiple: Taskq 'multiple/7; destroying
multiple: Taskq 'multiple/7' processed tasks in the correct order; 15 == 15
taskq:system �[0;32mPass�[0m
system: Taskq 'system' function 'splat_taskq_test13_func' dispatching
system: Taskq 'system' waiting
single: Taskq 'system' function 'splat_taskq_test13_func' setting flag
taskq:wait �[0;32mPass�[0m
wait: Taskq 'wait' creating
wait: Taskq 'wait' function 'splat_taskq_test4_func' dispatched 1 times
wait: Taskq 'wait' waiting for 1 dispatches
wait: Taskq 'wait' 1/1 dispatches finished
wait: Taskq 'wait' function 'splat_taskq_test4_func' dispatched 2 times
wait: Taskq 'wait' waiting for 2 dispatches
wait: Taskq 'wait' 2/2 dispatches finished
wait: Taskq 'wait' function 'splat_taskq_test4_func' dispatched 4 times
wait: Taskq 'wait' waiting for 4 dispatches
wait: Taskq 'wait' 4/4 dispatches finished
wait: Taskq 'wait' function 'splat_taskq_test4_func' dispatched 8 times
wait: Taskq 'wait' waiting for 8 dispatches
wait: Taskq 'wait' 8/8 dispatches finished
wait: Taskq 'wait' function 'splat_taskq_test4_func' dispatched 16 times
wait: Taskq 'wait' waiting for 16 dispatches
wait: Taskq 'wait' 16/16 dispatches finished
wait: Taskq 'wait' function 'splat_taskq_test4_func' dispatched 32 times
wait: Taskq 'wait' waiting for 32 dispatches
wait: Taskq 'wait' 32/32 dispatches finished
wait: Taskq 'wait' function 'splat_taskq_test4_func' dispatched 64 times
wait: Taskq 'wait' waiting for 64 dispatches
wait: Taskq 'wait' 64/64 dispatches finished
wait: Taskq 'wait' function 'splat_taskq_test4_func' dispatched 128 times
wait: Taskq 'wait' waiting for 128 dispatches
wait: Taskq 'wait' 128/128 dispatches finished
wait: Taskq 'wait' function 'splat_taskq_test4_func' dispatched 256 times
wait: Taskq 'wait' waiting for 256 dispatches
wait: Taskq 'wait' 256/256 dispatches finished
wait: Taskq 'wait' function 'splat_taskq_test4_func' dispatched 512 times
wait: Taskq 'wait' waiting for 512 dispatches
wait: Taskq 'wait' 512/512 dispatches finished
wait: Taskq 'wait' function 'splat_taskq_test4_func' dispatched 1024 times
wait: Taskq 'wait' waiting for 1024 dispatches
wait: Taskq 'wait' 1024/1024 dispatches finished
wait: Taskq 'wait' destroying
taskq:order �[0;32mPass�[0m
order: Taskq 'order' creating
order: Taskq 'order' waiting for taskqid 3 completion
order: Taskqid 1 complete for taskq 'order'
order: Taskqid 2 complete for taskq 'order'
order: Taskqid 4 complete for taskq 'order'
order: Taskqid 5 complete for taskq 'order'
order: Taskqid 3 complete for taskq 'order'
order: Taskq 'order' validated correct completion order
order: Taskq 'order' waiting for taskqid 8 completion
order: Taskqid 8 complete for taskq 'order'
order: Taskqid 6 complete for taskq 'order'
order: Taskqid 7 complete for taskq 'order'
order: Taskq 'order' validated correct completion order
order: Taskq 'order' destroying
taskq:front �[0;32mPass�[0m
front: Taskq 'front' creating
front: Taskq 'front' waiting for taskqid 8 completion
front: Taskqid 1 complete for taskq 'front'
front: Taskqid 2 complete for taskq 'front'
front: Taskqid 3 complete for taskq 'front'
front: Taskqid 6 complete for taskq 'front'
front: Taskqid 7 complete for taskq 'front'
front: Taskqid 8 complete for taskq 'front'
front: Taskqid 4 complete for taskq 'front'
front: Taskqid 5 complete for taskq 'front'
front: Taskq 'front' validated correct completion order
front: Taskq 'front' destroying
krng:freq �[0;32mPass�[0m
Test 1 Number of ones: 524223
Test 1 Difference from expected: 65 Allowed: 2097
mutex:tryenter �[0;32mPass�[0m
tryenter: mutex_trylock() correctly failed when the mutex was held
tryenter: mutex_trylock() correctly succeeded when the mutex was not held
mutex:race �[0;32mPass�[0m
race: 4 racing threads correctly entered/exited the mutex 128 times
mutex:owned �[0;32mPass�[0m
owned: Correct mutex_owned() behavior
mutex:owner �[0;32mPass�[0m
owned: Correct mutex_owner() behavior
condvar:signal1 �[0;32mPass�[0m
signal1: condvar_test0 thread sleeping with 0 waiters
signal1: condvar_test1 thread sleeping with 1 waiters
signal1: condvar_test2 thread sleeping with 2 waiters
signal1: condvar_test3 thread sleeping with 3 waiters
signal1: condvar_test4 thread sleeping with 4 waiters
signal1: condvar_test5 thread sleeping with 5 waiters
signal1: condvar_test6 thread sleeping with 6 waiters
signal1: condvar_test7 thread sleeping with 7 waiters
signal1: condvar_test0 thread woken 7 waiters remain
signal1: condvar_test1 thread woken 6 waiters remain
signal1: condvar_test2 thread woken 5 waiters remain
signal1: condvar_test3 thread woken 4 waiters remain
signal1: condvar_test4 thread woken 3 waiters remain
signal1: condvar_test5 thread woken 2 waiters remain
signal1: condvar_test6 thread woken 1 waiters remain
signal1: condvar_test7 thread woken 0 waiters remain
signal1: Correctly woke 8 sleeping threads 1 at a time
condvar:broadcast1 �[0;32mPass�[0m
broadcast1: condvar_test0 thread sleeping with 0 waiters
broadcast1: condvar_test1 thread sleeping with 1 waiters
broadcast1: condvar_test2 thread sleeping with 2 waiters
broadcast1: condvar_test3 thread sleeping with 3 waiters
broadcast1: condvar_test4 thread sleeping with 4 waiters
broadcast1: condvar_test5 thread sleeping with 5 waiters
broadcast1: condvar_test6 thread sleeping with 6 waiters
broadcast1: condvar_test7 thread sleeping with 7 waiters
broadcast1: condvar_test1 thread woken 7 waiters remain
broadcast1: condvar_test0 thread woken 6 waiters remain
broadcast1: condvar_test2 thread woken 5 waiters remain
broadcast1: condvar_test3 thread woken 4 waiters remain
broadcast1: condvar_test4 thread woken 3 waiters remain
broadcast1: condvar_test5 thread woken 2 waiters remain
broadcast1: condvar_test7 thread woken 1 waiters remain
broadcast1: condvar_test6 thread woken 0 waiters remain
broadcast1: Correctly woke all 8 sleeping threads at once
condvar:signal2 �[0;32mPass�[0m
signal2: condvar_test0 thread sleeping with 0 waiters
signal2: condvar_test1 thread sleeping with 1 waiters
signal2: condvar_test2 thread sleeping with 2 waiters
signal2: condvar_test3 thread sleeping with 3 waiters
signal2: condvar_test4 thread sleeping with 4 waiters
signal2: condvar_test5 thread sleeping with 5 waiters
signal2: condvar_test6 thread sleeping with 6 waiters
signal2: condvar_test7 thread sleeping with 7 waiters
signal2: condvar_test0 thread woken 7 waiters remain
signal2: condvar_test1 thread woken 6 waiters remain
signal2: condvar_test2 thread woken 5 waiters remain
signal2: condvar_test3 thread woken 4 waiters remain
signal2: condvar_test4 thread woken 3 waiters remain
signal2: condvar_test5 thread woken 2 waiters remain
signal2: condvar_test6 thread woken 1 waiters remain
signal2: condvar_test7 thread woken 0 waiters remain
signal2: Correctly woke 8 sleeping threads 1 at a time
condvar:broadcast2 �[0;32mPass�[0m
signal2: condvar_test0 thread sleeping with 0 waiters
signal2: condvar_test1 thread sleeping with 1 waiters
signal2: condvar_test2 thread sleeping with 2 waiters
signal2: condvar_test3 thread sleeping with 3 waiters
signal2: condvar_test4 thread sleeping with 4 waiters
signal2: condvar_test5 thread sleeping with 5 waiters
signal2: condvar_test6 thread sleeping with 6 waiters
signal2: condvar_test7 thread sleeping with 7 waiters
signal2: condvar_test0 thread woken 7 waiters remain
signal2: condvar_test1 thread woken 6 waiters remain
signal2: condvar_test2 thread woken 5 waiters remain
signal2: condvar_test3 thread woken 4 waiters remain
signal2: condvar_test4 thread woken 3 waiters remain
signal2: condvar_test5 thread woken 2 waiters remain
signal2: condvar_test6 thread woken 1 waiters remain
signal2: condvar_test7 thread woken 0 waiters remain
signal2: Correctly woke 8 sleeping threads 1 at a time
condvar:timeout �[0;32mPass�[0m
timeout: Thread going to sleep for 1 second and expecting to be woken by timeout
timeout: Thread correctly timed out and was asleep for 1.0 seconds (1 second min)
thread:create �[0;32mPass�[0m
create: Thread successfully started properly
thread:exit �[0;32mPass�[0m
exit: Thread successfully exited at thread_exit()
rwlock:N-rd/1-wr �[0;32mPass�[0m
N-rd/1-wr: rwlock_wr_thr0 trying to acquire rwlock (0 holding/0 waiting)
N-rd/1-wr: rwlock_wr_thr0 acquired rwlock (1 holding/0 waiting)
N-rd/1-wr: rwlock_rd_thr7 trying to acquire rwlock (1 holding/0 waiting)
N-rd/1-wr: rwlock_rd_thr1 trying to acquire rwlock (1 holding/1 waiting)
N-rd/1-wr: rwlock_rd_thr2 trying to acquire rwlock (1 holding/2 waiting)
N-rd/1-wr: rwlock_rd_thr6 trying to acquire rwlock (1 holding/3 waiting)
N-rd/1-wr: rwlock_rd_thr5 trying to acquire rwlock (1 holding/3 waiting)
N-rd/1-wr: rwlock_rd_thr3 trying to acquire rwlock (1 holding/5 waiting)
N-rd/1-wr: rwlock_rd_thr4 trying to acquire rwlock (1 holding/6 waiting)
N-rd/1-wr: rwlock_wr_thr0 dropped rwlock (0 holding/7 waiting)
N-rd/1-wr: rwlock_rd_thr1 acquired rwlock (1 holding/6 waiting)
N-rd/1-wr: rwlock_rd_thr6 acquired rwlock (2 holding/5 waiting)
N-rd/1-wr: rwlock_rd_thr2 acquired rwlock (3 holding/4 waiting)
N-rd/1-wr: rwlock_rd_thr3 acquired rwlock (4 holding/3 waiting)
N-rd/1-wr: rwlock_rd_thr4 acquired rwlock (5 holding/2 waiting)
N-rd/1-wr: rwlock_rd_thr7 acquired rwlock (6 holding/1 waiting)
N-rd/1-wr: rwlock_rd_thr5 acquired rwlock (7 holding/0 waiting)
N-rd/1-wr: rwlock_rd_thr5 dropped rwlock (6 holding/0 waiting)
N-rd/1-wr: rwlock_rd_thr3 dropped rwlock (4 holding/0 waiting)
N-rd/1-wr: rwlock_rd_thr2 dropped rwlock (4 holding/0 waiting)
N-rd/1-wr: rwlock_rd_thr6 dropped rwlock (3 holding/0 waiting)
N-rd/1-wr: rwlock_rd_thr1 dropped rwlock (2 holding/0 waiting)
N-rd/1-wr: rwlock_rd_thr4 dropped rwlock (1 holding/0 waiting)
N-rd/1-wr: rwlock_rd_thr7 dropped rwlock (0 holding/0 waiting)
rwlock:0-rd/N-wr �[0;32mPass�[0m
0-rd/N-wr: 4 racing threads correctly entered/exited the rwlock 256 times
rwlock:held �[0;32mPass�[0m
held: RW_LOCK_HELD returned 1 (expected 1) when RW_READER
held: RW_LOCK_HELD returned 0 (expected 0) when !RW_READER
held: RW_LOCK_HELD returned 1 (expected 1) when RW_WRITER
held: RW_LOCK_HELD returned 0 (expected 0) when !RW_WRITER
held: RW_READ_HELD returned 1 (expected 1) when RW_READER
held: RW_READ_HELD returned 0 (expected 0) when !RW_READER
held: RW_READ_HELD returned 0 (expected 0) when RW_WRITER
held: RW_READ_HELD returned 0 (expected 0) when !RW_WRITER
held: RW_WRITE_HELD returned 0 (expected 0) when RW_READER
held: RW_WRITE_HELD returned 0 (expected 0) when !RW_READER
held: RW_WRITE_HELD returned 1 (expected 1) when RW_WRITER
held: RW_WRITE_HELD returned 0 (expected 0) when !RW_WRITER
rwlock:tryenter �[0;32mPass�[0m
tryenter: rw_tryenter(RW_WRITER) returned -16 (expected -16) when RW_WRITER
tryenter: rw_tryenter(RW_READER) returned -16 (expected -16) when RW_WRITER
tryenter: rw_tryenter(RW_WRITER) returned -16 (expected -16) when RW_READER
tryenter: rw_tryenter(RW_READER) returned 0 (expected 0) when RW_READER
tryenter: rw_tryenter(RW_WRITER) returned 0 (expected 0) when RW_NONE
tryenter: rw_tryenter(RW_READER) returned 0 (expected 0) when RW_NONE
rwlock:rw_downgrade �[0;32mPass�[0m
rw_downgrade: rwlock properly downgraded
rwlock:rw_tryupgrade �[0;32mPass�[0m
rw_tryupgrade: rw_tryupgrade() is disabled for this arch
time:time1 �[0;32mPass�[0m
time1: hz is 250
time:time2 �[0;32mPass�[0m
time2: time is 181045846842
time2: time is 181045847591
time2: time is 181084504589
time2: time is 181124005921
time2: time is 181164004923
time2: time is 181204004602
time2: time is 181244005034
time2: time is 181284005280
time2: time is 181324005019
time2: time is 181364004464
time2: time is 181404004418
time2: time is 181444004455
time2: time is 181484004410
time2: time is 181524004537
time2: time is 181564004729
time2: time is 181604004353
time2: time is 181644004386
time2: time is 181684004375
time2: time is 181724004346
time2: time is 181764004374
time2: time is 181804008339
time2: time is 181844004887
time2: time is 181884004613
time2: time is 181924004466
time2: time is 181964505417
time2: time is 182004006729
time2: time is 182044006166
time2: time is 182084005716
time2: time is 182124004796
time2: time is 182164004652
time2: time is 182204004727
time2: time is 182244005225
time2: time is 182284004749
time2: time is 182324005087
time2: time is 182364004715
time2: time is 182404006299
time2: time is 182444004816
time2: time is 182484004658
time2: time is 182524004537
time2: time is 182564005028
time2: time is 182604004824
time2: time is 182644004642
time2: time is 182684004824
time2: time is 182724004602
time2: time is 182764004604
time2: time is 182804008343
time2: time is 182844005466
time2: time is 182884004886
time2: time is 182924004661
time2: time is 182964004698
time2: time is 183004006817
time2: time is 183044004727
time2: time is 183084005109
time2: time is 183124004763
time2: time is 183164004745
time2: time is 183204004696
time2: time is 183244004861
time2: time is 183284005323
time2: time is 183324005047
time2: time is 183364004571
time2: time is 183404004569
time2: time is 183444004369
time2: time is 183484004386
time2: time is 183524004730
time2: time is 183564005044
time2: time is 183604004394
time2: time is 183644004292
time2: time is 183684004283
time2: time is 183724004458
time2: time is 183764004303
time2: time is 183804007066
time2: time is 183844004782
time2: time is 183884004559
time2: time is 183924005701
time2: time is 183964505712
time2: time is 184004504664
time2: time is 184044005558
time2: time is 184084004880
time2: time is 184124004367
time2: time is 184164004353
time2: time is 184204004299
time2: time is 184244004336
time2: time is 184284004333
time2: time is 184324004788
time2: time is 184364004384
time2: time is 184404004511
time2: time is 184444004324
time2: time is 184484004310
time2: time is 184524004144
time2: time is 184564004783
time2: time is 184604004487
time2: time is 184644004466
time2: time is 184684004416
time2: time is 184724004348
time2: time is 184764006749
time2: time is 184804508323
time2: time is 184844004902
time2: time is 184884004641
time2: time is 184924004381
time2: time is 184964004405
time2: time is 185004005855
vnode:vn_open �[0;32mPass�[0m
vn_open: Successfully vn_open'ed and vn_closed test file: /etc/fstab
vnode:vn_openat �[0;32mPass�[0m
vn_openat: Successfully vn_openat'ed and vn_closed test file: /etc/fstab
vnode:vn_rdwr �[0;32mPass�[0m
vn_rdwr: Wrote: SPL VNode Interface Test File
vn_rdwr: Read: SPL VNode Interface Test File
vn_rdwr: Successfully wrote and read expected data pattern to test file: /tmp/spl.vnode.tmp
vnode:vn_rename �[0;32mPass�[0m
vn_rename: Wrote to /tmp/spl.vnode.tmp.1: SPL VNode Interface Test File
vn_rename: Read from /tmp/spl.vnode.tmp.2: SPL VNode Interface Test File
vn_rename: Successfully renamed test file /tmp/spl.vnode.tmp.1 -> /tmp/spl.vnode.tmp.2 and verified data pattern
vnode:vn_getattr �[0;32mPass�[0m
vn_open: Successfully vn_getattr'ed test file: /etc/fstab
vnode:vn_sync �[0;32mPass�[0m
vn_sync: Successfully fsync'ed test file /tmp/spl.vnode.tmp
vnode:vn_getf �[0;32mPass�[0m
vn_rdwr: Wrote: SPL VNode Interface Test File
vn_rdwr: Read: SPL VNode Interface Test File
vn_rdwr: Successfully wrote and read expected data pattern to test file: /tmp/spl.vnode.tmp
kobj:open �[0;32mPass�[0m
open: Successfully opened and closed test file: /etc/fstab
kobj:size/read �[0;32mPass�[0m
size/read:
# /etc/fstab: static file system information.
#
# Use 'blkid -o value -s UUID' to print the universally unique identifier
# for a device; this may be used with UUID= as a more robust way to name
# devices that works even if disks are added and removed. See fstab(5).
#
#
proc /proc proc nodev,noexec,nosuid 0 0
/dev/mapper/ssd-root / ext4 relatime,errors=remount-ro 0 1
/dev/mapper/ssd-home /home ext4 relatime,user_xattr 0 2
/dev/mapper/gentoo-root /mnt/gentoo/ auto relatime,noauto,ro 0 0
none /tmp tmpfs mode=1777,auto,nodev 0 0
none /var/tmp tmpfs mode=1777,auto,nodev 0 0
sshfs#root@koolu:/ /koolu fuse comment=sshfs,noauto,users,allow_other,gid=1000,uid=1000,transform_symlinks 0 0
size/read: Successfully stat'ed and read expected number of bytes (852) from test file: /etc/fstab
atomic:64-bit �[0;31mFail�[0m Invalid argument
64-bit: Thread 0 successfully started: 10000000/0
64-bit: Thread 0 sleeping: 10000000/0
64-bit: Thread 1 successfully started: 10000000/0
64-bit: Thread 1 sleeping: 10000000/0
64-bit: Thread 2 successfully started: 10000000/0
64-bit: Thread 2 sleeping: 10000000/0
64-bit: Thread 3 successfully started: 10000000/0
64-bit: Thread 3 sleeping: 10000000/0
64-bit: Thread 4 successfully started: 10000000/0
64-bit: Thread 4 sleeping: 10000000/0
64-bit: Thread 5 successfully started: 10000000/0
64-bit: Thread 5 sleeping: 10000000/0
64-bit: Thread 0 sleeping: 10133852/0
64-bit: Thread 4 sleeping: 10062683/0
64-bit: Thread 1 sleeping: 10015382/0
64-bit: Thread 5 sleeping: 10019654/0
64-bit: Thread 3 sleeping: 10017577/0
64-bit: Thread 2 sleeping: 10085167/0
64-bit: Thread 4 sleeping: 10098039/0
64-bit: Thread 1 sleeping: 10065238/0
64-bit: Thread 3 sleeping: 10031138/0
64-bit: Thread 0 sleeping: 10093861/0
64-bit: Thread 5 sleeping: 10094230/0
64-bit: Thread 2 sleeping: 10111004/0
64-bit: Thread 4 sleeping: 10130235/0
64-bit: Thread 3 sleeping: 10129171/0
64-bit: Thread 1 sleeping: 10183987/0
64-bit: Thread 0 sleeping: 10209400/0
64-bit: Thread 2 sleeping: 10208998/0
64-bit: Thread 4 sleeping: 10141902/0
64-bit: Thread 3 sleeping: 10104534/0
64-bit: Thread 5 sleeping: 10096893/0
64-bit: Thread 1 sleeping: 10165937/0
64-bit: Thread 2 sleeping: 10247567/0
64-bit: Thread 0 sleeping: 10260586/0
64-bit: Thread 4 sleeping: 10272110/0
64-bit: Thread 3 sleeping: 10218643/0
64-bit: Thread 1 sleeping: 10186847/0
64-bit: Thread 2 sleeping: 10209709/0
64-bit: Thread 5 sleeping: 10209281/0
64-bit: Thread 0 sleeping: 10227861/0
64-bit: Thread 4 sleeping: 10282498/0
64-bit: Thread 1 sleeping: 10282696/0
64-bit: Thread 3 sleeping: 10292974/0
64-bit: Thread 2 sleeping: 10335085/0
64-bit: Thread 0 sleeping: 10310707/0
64-bit: Thread 4 sleeping: 10325450/0
64-bit: Thread 5 sleeping: 10323880/0
64-bit: Thread 3 sleeping: 10323420/0
64-bit: Thread 2 sleeping: 10432823/0
64-bit: Thread 0 sleeping: 10454403/0
64-bit: Thread 1 sleeping: 10455606/0
64-bit: Thread 4 sleeping: 10457210/0
64-bit: Thread 3 sleeping: 10378066/0
64-bit: Thread 5 sleeping: 10398203/0
64-bit: Thread 2 sleeping: 10398315/0
64-bit: Thread 1 sleeping: 10424996/0
64-bit: Thread 4 sleeping: 10492287/0
64-bit: Thread 3 sleeping: 10445620/0
64-bit: Thread 0 sleeping: 10441626/0
64-bit: Thread 2 sleeping: 10439610/0
64-bit: Thread 5 sleeping: 10401799/0
64-bit: Thread 1 sleeping: 10453712/0
64-bit: Thread 4 successfully exited: 10454032/1
64-bit: Thread 3 successfully exited: 10427788/2
64-bit: Thread 2 successfully exited: 10409198/3
64-bit: Thread 0 sleeping: 10400557/3
64-bit: Thread 5 sleeping: 10357213/3
64-bit: Thread 1 successfully exited: 10321540/4
64-bit: Thread 5 sleeping: 10023114/4
64-bit: Thread 0 successfully exited: 10056266/5
64-bit: Thread 5 successfully exited: 9556266/6
64-bit: Final value 9556266 does not match initial value 10000000
list:create/destroy �[0;32mPass�[0m
create/destroy: Creating list
create/destroy: Destroying list
list:ins/rm head �[0;32mPass�[0m
ins/rm head: Creating list
ins/rm head: Adding 8 items to list head
ins/rm head: Validating 8 item list is a stack
ins/rm head: Removing 8 items from list head
ins/rm head: Destroying list
list:ins/rm tail �[0;32mPass�[0m
ins/rm tail: Creating list
ins/rm tail: Adding 8 items to list tail
ins/rm tail: Validating 8 item list is a queue
ins/rm tail: Removing 8 items from list tail
ins/rm tail: Destroying list
list:insert_after �[0;32mPass�[0m
insert_after: Creating list
insert_after: Adding 8 items each after the last item
insert_after: Validating 8 item list is a queue
insert_after: Removing 8 items from list tail
insert_after: Destroying list
list:insert_before �[0;32mPass�[0m
insert_before: Creating list
insert_before: Adding 8 items each before the last item
insert_before: Validating 8 item list is a queue
insert_before: Removing 8 items from list tail
insert_before: Destroying list
list:remove �[0;32mPass�[0m
remove: Creating list
remove: Adding 8 items to list tail
remove: Removing 4 odd items from the list
remove: Validating 4 item list is a queue of only even elements
remove: Removing 4 items from list tail
remove: Destroying list
list:active �[0;32mPass�[0m
active: Creating list
active: Init list node
active: Insert list node
active: Remove list node
active: Destroying list
generic:ddi_strtoul �[0;32mPass�[0m
ddi_strtoul: Pass (0) positive: 123456789 == 123456789, 0xf87c6373
ddi_strtoul: Pass (0) negative: -123456789 == 0, 0xededbe74
ddi_strtoul: Pass (0) base: 0xabcdef == 11259375, 0xf87c6399
ddi_strtoul: Pass (34) max: 10000000000000000 == 0, 0x(null)
ddi_strtoul: Pass (0) min: -10000000000000000 == 0, 0xededbe74
ddi_strtoul: Pass (0) invalid: 12345U == 12345, 0xf87c63d1
ddi_strtoul: Pass (0) invalid: invald == 0, 0xededbe74
generic:ddi_strtol �[0;32mPass�[0m
ddi_strtoul: Pass (0) positive: 123456789 == 123456789, 0xf87c6373
ddi_strtoul: Pass (0) negative: -123456789 == -123456789, 0xededbe7e
ddi_strtoul: Pass (0) base: 0xabcdef == 11259375, 0xf87c6399
ddi_strtoul: Pass (34) max: 10000000000000000 == 0, 0x(null)
ddi_strtoul: Pass (34) min: -10000000000000000 == 0, 0x(null)
ddi_strtoul: Pass (0) invalid: 12345U == 12345, 0xf87c63d1
ddi_strtoul: Pass (0) invalid: invald == 0, 0xededbe74
generic:ddi_strtoull �[0;32mPass�[0m
ddi_strtoul: Pass (0) positive: 123456789 == 123456789, 0xf87c6373
ddi_strtoul: Pass (0) negative: -123456789 == 0, 0xededbe74
ddi_strtoul: Pass (0) base: 0xabcdef == 11259375, 0xf87c6399
ddi_strtoul: Pass (34) max: 10000000000000000 == 0, 0x(null)
ddi_strtoul: Pass (0) min: -10000000000000000 == 0, 0xededbe74
ddi_strtoul: Pass (0) invalid: 12345U == 12345, 0xf87c63d1
ddi_strtoul: Pass (0) invalid: invald == 0, 0xededbe74
generic:ddi_strtoll �[0;32mPass�[0m
ddi_strtoul: Pass (0) positive: 123456789 == 123456789, 0xf87c6373
ddi_strtoul: Pass (0) negative: -123456789 == -123456789, 0xededbe7e
ddi_strtoul: Pass (0) base: 0xabcdef == 11259375, 0xf87c6399
ddi_strtoul: Pass (34) max: 10000000000000000 == 0, 0x(null)
ddi_strtoul: Pass (34) min: -10000000000000000 == 0, 0x(null)
ddi_strtoul: Pass (0) invalid: 12345U == 12345, 0xf87c63d1
ddi_strtoul: Pass (0) invalid: invald == 0, 0xededbe74
cred:cred �[0;32mPass�[0m
cred: uid: 0 ruid: 0 suid: 0 gid: 0 rgid: 0 sgid: 0
cred: ngroups: 2 groups: 0 29
cred: Success sane CRED(): 0
cred:kcred �[0;32mPass�[0m
kcred: uid: 0 ruid: 0 suid: 0 gid: 0 rgid: 0 sgid: 0
kcred: ngroups: 0 groups:
kcred: Success sane kcred: 0
cred:groupmember �[0;32mPass�[0m
groupmember: Success root gid is a member of the expected groups: 0
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Extra info: sehe@lucid:~/custom/spl$ egrep -ni 'ATOMIC|64' spl_config.h 4:/* Atomic types use spinlocks */ 5:/* #undef ATOMIC_SPINLOCK */ 37:/* kernel defines atomic64_cmpxchg */ 38:#define HAVE_ATOMIC64_CMPXCHG 1 40:/* kernel defines atomic64_t */ 41:#define HAVE_ATOMIC64_T 1 43:/* kernel defines atomic64_xchg */ 44:#define HAVE_ATOMIC64_XCHG 1 61:/* div64_64() is available */ 62:/* #undef HAVE_DIV64_64 */ 64:/* div64_u64() is available */ 65:#define HAVE_DIV64_U64 1 79:/* fls64() is available */ 80:#define HAVE_FLS64 1 |
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After enabling [ 0.060615] CPU0: Intel(R) Core(TM)2 Quad CPU Q9550 @ 2.83GHz stepping 0a [ 0.064000] APIC calibration not consistent with PM-Timer: 115ms instead of 100ms [ 0.064000] APIC delta adjusted to PM-Timer: 2083329 (2416624) [ 0.064000] Booting Node 0, Processors #1 [ 0.008000] Initializing CPU#1 [ 0.152074] #2 [ 0.008000] Initializing CPU#2 [ 0.244066] #3 Ok. [ 0.008000] Initializing CPU#3 [ 0.336007] Brought up 4 CPUs [ 0.336010] Total of 4 processors activated (22665.84 BogoMIPS). [ 0.338344] devtmpfs: initialized [ 0.338344] atomic64 test passed for i586+ platform with CX8 and with SSE [ 0.338344] regulator: core version 0.5 |
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I've confirmed it is down to the atomicity/concurrency per se (if you're interested I have a patch that pushes the limits on the arithmetic side a bit verifying that no thing like signed/unsigned conflict or integer over-/underflow was subverting the math). As expected, manually defining |
I'd love it if you could provide a patch which adds additional regression tests to the atomic subsystem. Catching the sort of issue you discovered is absolutely the reason why I bother write all these regression tests.
Good, good I was going to ask if you tried that. I don't see any similar issue with my i686 Ubuntu 10.04 LTS version which based on the default 2.6.32 kernel. So I suspect this was caused by a kernel change in the newer releases. Can you check the following are defined in spl_config.h. #define HAVE_ATOMIC64_CMPXCHG 1 #define HAVE_ATOMIC64_T 1 #define HAVE_ATOMIC64_XCHG 1 |
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Cleanup from my second comment: 38: #define HAVE_ATOMIC64_CMPXCHG 1 41: #define HAVE_ATOMIC64_T 1 44: #define HAVE_ATOMIC64_XCHG 1 65: #define HAVE_DIV64_U64 1 80: #define HAVE_FLS64 1 |
I didn't really have any relevant additions. I just had some modifications to
All checks panned out just as expected, which is why I concluded that the concurrency in itself is causing the corruption |
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Closing this issue as stale, I've had no additional reports of this in over a year. |
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No problem installing spl/splat :)
The (regression) test suite fails the following testcase:
./splat -v -t 0x0b00:0x0b01
The output is nondeterministic (with the values initially veering of to the positive or the negative side of the initial value 10000000). I'm not sure what is supposed to happen, but I reckoned I'd report it first.
This is on
Q9550/8Gb
I've manually built the kernel from the Ubuntu-lts-2.6.35-6.9 tag in git://kernel.ubuntu.com/ubuntu/ubuntu-lucid.git. No further changes, and I used the stock Ubuntu config (/boot/config-2.6.32-23-generic-pae) but with CONFIG_CRYPTO_PCRYPT=y
Linux lucid 2.6.35-rc3splice+ #5 SMP Tue Jul 6 13:55:09 CEST 2010 i686 GNU/Linux
Distributor ID: Ubuntu
Description: Ubuntu 10.04 LTS
Release: 10.04
Codename: lucid
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