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test-hwloc-info.output
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test-hwloc-info.output
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# (default)
depth 0: 1 Machine (type #0)
depth 1: 2 Group0 (type #12)
depth 2: 6 Core (type #2)
depth 3: 24 PU (type #3)
Special depth -3: 2 NUMANode (type #13)
# --topology --verbose
depth 0: 1 Machine (type #0)
depth 1: 2 Group0 (type #12)
depth 2: 6 Core (type #2)
depth 3: 24 PU (type #3)
Special depth -3: 2 NUMANode (type #13)
info Backend = Synthetic
info SyntheticDescription = node:2 core:3 pu:4
# --support
discovery:pu = 1
discovery:disallowed_pu = 0
discovery:numa = 1
discovery:numa_memory = 1
discovery:disallowed_numa = 0
discovery:cpukind_efficiency = 0
cpubind:set_thisproc_cpubind = 0
cpubind:get_thisproc_cpubind = 0
cpubind:set_proc_cpubind = 0
cpubind:get_proc_cpubind = 0
cpubind:set_thisthread_cpubind = 0
cpubind:get_thisthread_cpubind = 0
cpubind:set_thread_cpubind = 0
cpubind:get_thread_cpubind = 0
cpubind:get_thisproc_last_cpu_location = 0
cpubind:get_proc_last_cpu_location = 0
cpubind:get_thisthread_last_cpu_location = 0
membind:set_thisproc_membind = 0
membind:get_thisproc_membind = 0
membind:set_proc_membind = 0
membind:get_proc_membind = 0
membind:set_thisthread_membind = 0
membind:get_thisthread_membind = 0
membind:set_area_membind = 0
membind:get_area_membind = 0
membind:alloc_membind = 0
membind:firsttouch_membind = 0
membind:bind_membind = 0
membind:interleave_membind = 0
membind:nexttouch_membind = 0
membind:migrate_membind = 0
membind:get_area_memlocation = 0
misc:imported_support = 0
# --objects
# Core range
Core L#2
type = Core
full type = Core
logical index = 2
os index = 2
gp index = 16
depth = 2
sibling rank = 2
children = 4
memory children = 0
i/o children = 0
misc children = 0
cpuset = 0x00000f00
complete cpuset = 0x00000f00
allowed cpuset = 0x00000f00
nodeset = 0x00000001
complete nodeset = 0x00000001
allowed nodeset = 0x00000001
symmetric subtree = 1
Core L#3
type = Core
full type = Core
logical index = 3
os index = 3
gp index = 23
depth = 2
sibling rank = 0
children = 4
memory children = 0
i/o children = 0
misc children = 0
cpuset = 0x0000f000
complete cpuset = 0x0000f000
allowed cpuset = 0x0000f000
nodeset = 0x00000002
complete nodeset = 0x00000002
allowed nodeset = 0x00000002
symmetric subtree = 1
Core L#4
type = Core
full type = Core
logical index = 4
os index = 4
gp index = 28
depth = 2
sibling rank = 1
children = 4
memory children = 0
i/o children = 0
misc children = 0
cpuset = 0x000f0000
complete cpuset = 0x000f0000
allowed cpuset = 0x000f0000
nodeset = 0x00000002
complete nodeset = 0x00000002
allowed nodeset = 0x00000002
symmetric subtree = 1
# all ancestors of PU range
0.0: PU L#10
0.0: type = PU
0.0: full type = PU
0.0: logical index = 10
0.0: os index = 10
0.0: gp index = 14
0.0: depth = 3
0.0: sibling rank = 2
0.0: children = 0
0.0: memory children = 0
0.0: i/o children = 0
0.0: misc children = 0
0.0: cpuset = 0x00000400
0.0: complete cpuset = 0x00000400
0.0: allowed cpuset = 0x00000400
0.0: nodeset = 0x00000001
0.0: complete nodeset = 0x00000001
0.0: allowed nodeset = 0x00000001
0.0: symmetric subtree = 1
0.1: Core L#2 = parent #1 of PU L#10
0.1: type = Core
0.1: full type = Core
0.1: logical index = 2
0.1: os index = 2
0.1: gp index = 16
0.1: depth = 2
0.1: sibling rank = 2
0.1: children = 4
0.1: memory children = 0
0.1: i/o children = 0
0.1: misc children = 0
0.1: cpuset = 0x00000f00
0.1: complete cpuset = 0x00000f00
0.1: allowed cpuset = 0x00000f00
0.1: nodeset = 0x00000001
0.1: complete nodeset = 0x00000001
0.1: allowed nodeset = 0x00000001
0.1: symmetric subtree = 1
0.2: Group0 L#0 = parent #2 of PU L#10
0.2: type = Group
0.2: full type = Group0
0.2: logical index = 0
0.2: gp index = 18
0.2: depth = 1
0.2: sibling rank = 0
0.2: children = 3
0.2: memory children = 1
0.2: i/o children = 0
0.2: misc children = 0
0.2: total memory = 1073741824
0.2: cpuset = 0x00000fff
0.2: complete cpuset = 0x00000fff
0.2: allowed cpuset = 0x00000fff
0.2: nodeset = 0x00000001
0.2: complete nodeset = 0x00000001
0.2: allowed nodeset = 0x00000001
0.2: attr group depth = 0
0.2: symmetric subtree = 1
0.3: Machine L#0 = parent #3 of PU L#10
0.3: type = Machine
0.3: full type = Machine
0.3: logical index = 0
0.3: os index = 0
0.3: gp index = 1
0.3: depth = 0
0.3: sibling rank = 0
0.3: children = 2
0.3: memory children = 0
0.3: i/o children = 0
0.3: misc children = 0
0.3: total memory = 2147483648
0.3: cpuset = 0x00ffffff
0.3: complete cpuset = 0x00ffffff
0.3: allowed cpuset = 0x00ffffff
0.3: nodeset = 0x00000003
0.3: complete nodeset = 0x00000003
0.3: allowed nodeset = 0x00000003
0.3: symmetric subtree = 1
1.0: PU L#11
1.0: type = PU
1.0: full type = PU
1.0: logical index = 11
1.0: os index = 11
1.0: gp index = 15
1.0: depth = 3
1.0: sibling rank = 3
1.0: children = 0
1.0: memory children = 0
1.0: i/o children = 0
1.0: misc children = 0
1.0: cpuset = 0x00000800
1.0: complete cpuset = 0x00000800
1.0: allowed cpuset = 0x00000800
1.0: nodeset = 0x00000001
1.0: complete nodeset = 0x00000001
1.0: allowed nodeset = 0x00000001
1.0: symmetric subtree = 1
1.1: Core L#2 = parent #1 of PU L#11
1.1: type = Core
1.1: full type = Core
1.1: logical index = 2
1.1: os index = 2
1.1: gp index = 16
1.1: depth = 2
1.1: sibling rank = 2
1.1: children = 4
1.1: memory children = 0
1.1: i/o children = 0
1.1: misc children = 0
1.1: cpuset = 0x00000f00
1.1: complete cpuset = 0x00000f00
1.1: allowed cpuset = 0x00000f00
1.1: nodeset = 0x00000001
1.1: complete nodeset = 0x00000001
1.1: allowed nodeset = 0x00000001
1.1: symmetric subtree = 1
1.2: Group0 L#0 = parent #2 of PU L#11
1.2: type = Group
1.2: full type = Group0
1.2: logical index = 0
1.2: gp index = 18
1.2: depth = 1
1.2: sibling rank = 0
1.2: children = 3
1.2: memory children = 1
1.2: i/o children = 0
1.2: misc children = 0
1.2: total memory = 1073741824
1.2: cpuset = 0x00000fff
1.2: complete cpuset = 0x00000fff
1.2: allowed cpuset = 0x00000fff
1.2: nodeset = 0x00000001
1.2: complete nodeset = 0x00000001
1.2: allowed nodeset = 0x00000001
1.2: attr group depth = 0
1.2: symmetric subtree = 1
1.3: Machine L#0 = parent #3 of PU L#11
1.3: type = Machine
1.3: full type = Machine
1.3: logical index = 0
1.3: os index = 0
1.3: gp index = 1
1.3: depth = 0
1.3: sibling rank = 0
1.3: children = 2
1.3: memory children = 0
1.3: i/o children = 0
1.3: misc children = 0
1.3: total memory = 2147483648
1.3: cpuset = 0x00ffffff
1.3: complete cpuset = 0x00ffffff
1.3: allowed cpuset = 0x00ffffff
1.3: nodeset = 0x00000003
1.3: complete nodeset = 0x00000003
1.3: allowed nodeset = 0x00000003
1.3: symmetric subtree = 1
# Core ancestors of PU range
Core L#1 = parent of PU L#7
type = Core
full type = Core
logical index = 1
os index = 1
gp index = 11
depth = 2
sibling rank = 1
children = 4
memory children = 0
i/o children = 0
misc children = 0
cpuset = 0x000000f0
complete cpuset = 0x000000f0
allowed cpuset = 0x000000f0
nodeset = 0x00000001
complete nodeset = 0x00000001
allowed nodeset = 0x00000001
symmetric subtree = 1
Core L#2 = parent of PU L#8
type = Core
full type = Core
logical index = 2
os index = 2
gp index = 16
depth = 2
sibling rank = 2
children = 4
memory children = 0
i/o children = 0
misc children = 0
cpuset = 0x00000f00
complete cpuset = 0x00000f00
allowed cpuset = 0x00000f00
nodeset = 0x00000001
complete nodeset = 0x00000001
allowed nodeset = 0x00000001
symmetric subtree = 1
Core L#2 = parent of PU L#9
type = Core
full type = Core
logical index = 2
os index = 2
gp index = 16
depth = 2
sibling rank = 2
children = 4
memory children = 0
i/o children = 0
misc children = 0
cpuset = 0x00000f00
complete cpuset = 0x00000f00
allowed cpuset = 0x00000f00
nodeset = 0x00000001
complete nodeset = 0x00000001
allowed nodeset = 0x00000001
symmetric subtree = 1
# L2 ancestor of PU
L2Cache L#3 = parent of PU L#12
type = L2Cache
full type = L2Cache
logical index = 3
gp index = 30
depth = 3
sibling rank = 1
children = 2
memory children = 0
i/o children = 0
misc children = 0
cpuset = 0x0000f000
complete cpuset = 0x0000f000
allowed cpuset = 0x0000f000
nodeset = 0x00000001
complete nodeset = 0x00000001
allowed nodeset = 0x00000001
attr cache depth = 2
attr cache type = Unified
attr cache size = 4194304
attr cache line size = 64
symmetric subtree = 1
# L1 ancestor of PU range
L1dCache:3
L1dCache:4
L1dCache:4
L1dCache:5
# Ancestor caches above L1d
0.0: L2Cache:2
0.1: L3Cache:0
0.2: L4Cache:0
1.0: L2Cache:4
1.1: L3Cache:1
1.2: L4Cache:0
# Descendant CPU objects below L4
0.0: Core:0
0.1: PU:0
0.2: PU:1
0.3: Core:1
0.4: PU:2
0.5: PU:3
0.6: Core:2
0.7: PU:4
0.8: PU:5
0.9: Core:3
0.10: PU:6
0.11: PU:7
1.0: Core:12
1.1: PU:24
1.2: PU:25
1.3: Core:13
1.4: PU:26
1.5: PU:27
1.6: Core:14
1.7: PU:28
1.8: PU:29
1.9: Core:15
1.10: PU:30
1.11: PU:31
# Descendant Memory objects below L3
0.0: NUMANode:2
0.1: NUMANode:3
1.0: NUMANode:17
1.1: NUMANode:18
# Children of L2 and Core of Node, silent
L1dCache:2
L1dCache:3
L2Cache:6
L2Cache:7
# L1d descendants of Core range, silent
L1dCache:4
L1dCache:5
L1dCache:6
L1dCache:7
L1dCache:8
L1dCache:9
L1dCache:10
L1dCache:11
# 2 local memory for one PU
NUMANode L#1 = local memory #0 of PU L#8
type = NUMANode
full type = NUMANode
logical index = 1
os index = 1
gp index = 29
depth = -3
sibling rank = 0
children = 0
memory children = 0
i/o children = 0
misc children = 0
local memory = 1073741824
total memory = 1073741824
cpuset = 0x0000ff00
complete cpuset = 0x0000ff00
allowed cpuset = 0x0000ff00
nodeset = 0x00000002
complete nodeset = 0x00000002
allowed nodeset = 0x00000002
symmetric subtree = 0
memory attribute Capacity = 1073741824
memory attribute Locality = 8
NUMANode L#2 = local memory #1 of PU L#8
type = NUMANode
full type = NUMANode
logical index = 2
os index = 2
gp index = 31
depth = -3
sibling rank = 0
children = 0
memory children = 0
i/o children = 0
misc children = 0
local memory = 1073741824
total memory = 1073741824
cpuset = 0x0000ffff
complete cpuset = 0x0000ffff
allowed cpuset = 0x0000ffff
nodeset = 0x00000004
complete nodeset = 0x00000004
allowed nodeset = 0x00000004
symmetric subtree = 0
memory attribute Capacity = 1073741824
memory attribute Locality = 16
# 2 local-or-larger memories for one PU, silent
NUMANode:1
NUMANode:2
# no local-or-larger memory for root, silent
# no local-or-smaller memory for one PU, silent
# 3 local-or-smaller memories for on Package, silent
NUMANode:3
NUMANode:4
NUMANode:5
# no strict-local memory for one PU, silent
# 1 strict-local memory for one NUMANode, silent
NUMANode:1
# 12 local-all memories for one PU, silent
NUMANode:0
NUMANode:1
NUMANode:2
NUMANode:3
NUMANode:4
NUMANode:5
NUMANode:6
NUMANode:7
NUMANode:8
NUMANode:9
NUMANode:10
NUMANode:11
# only the smallest locality among 2 local-or-larger memories for one PU, silent
NUMANode:10
# only the highest capacity among 2 local-or-larger memories for one PU, silent
NUMANode:11
# cpukinds for the entire machine
Machine L#0
type = Machine
full type = Machine
logical index = 0
os index = 0
gp index = 1
depth = 0
sibling rank = 0
children = 2
memory children = 0
i/o children = 0
misc children = 0
total memory = 6442450944
cpuset = 0x00ffffff
complete cpuset = 0x00ffffff
allowed cpuset = 0x00ffffff
nodeset = 0x0000003f
complete nodeset = 0x0000003f
allowed nodeset = 0x0000003f
symmetric subtree = 0
cpukind = 0 (partially)
cpukind info FrequencyMaxMHz = 2000
cpukind info FrequencyBaseMHz = 1200
cpukind info LinuxCapacity = 1025
cpukind = 1 (partially)
cpukind info FrequencyMaxMHz = 3000
cpukind info FrequencyBaseMHz = 2500
cpukind info LinuxCapacity = 234
cpukind = 2 (partially)
cpukind info FrequencyMaxMHz = 3000
cpukind info FrequencyBaseMHz = 1200
cpukind info LinuxCapacity = 234
# cpukind for a single PU
PU L#15
type = PU
full type = PU
logical index = 15
os index = 15
gp index = 34
depth = 5
sibling rank = 1
children = 0
memory children = 0
i/o children = 0
misc children = 0
cpuset = 0x00008000
complete cpuset = 0x00008000
allowed cpuset = 0x00008000
nodeset = 0x00000020
complete nodeset = 0x00000020
allowed nodeset = 0x00000020
symmetric subtree = 1
cpukind = 0
cpukind info FrequencyMaxMHz = 2000
cpukind info FrequencyBaseMHz = 1200
cpukind info LinuxCapacity = 1025