# root --cpuset-output-format hwloc
0xffffffff,0xffffffff

# all --cof list
0-63

# all --cpuset-output-format taskset
0xffffffffffffffff

# hex
0x0000000f

# hex combination
0x00000f0c

# object combination
0x0000800a

# --no-smt NUMA Node range
0x11111111,0x0

# --no-smt hex
0x00000112

# --no-smt=1 hex
0x00000024

# --no-smt=2 hex
0x00000048

# --no-smt=3 hex
0x00000080

# --no-smt=4 hex
0x0

# --no-smt=-1 hex
0x000001fe

# even PUs
0x55555555,0x55555555

# NUMA Nodes 2+
0xffffffff,0x0

# cores 12+
0xffff0000,0x0

# PU wrapping range
0xc0000000,0x000000ff

# some PUs in all Cores
0x66666666,0x66666666

# one PU in odd Cores
0x10101010,0x10101010

# combination of different ranges, hierarchical or not
0x8000c000,0x000ee0c0

# number of Group0 when there are 3 group levels
2

# list of Group1 near one Group0 when there are 3 group levels
0,1

# hierarchical list of Group0.Group2 near one NUMA when there are 3 group levels
Group0:1.Group2:2 Group0:1.Group2:3

# number of Group2 when there are 3 group levels
8

# Number of NUMA Nodes
4

# Number of Cores in a NUMA Node
4

# Number of objects at depth 3 in a NUMA Node
16

# Number of MCDRAM subtype NUMA Nodes
4

# List of MCDRAM subtype NUMA Nodes near 2 L3
3,5

# Hierarchical list of MCDRAM subtype NUMA nodes within Package (DDR node is ignored)
Package:0.NUMANode:1 Package:0.NUMANode:7

# List of default NUMA Nodes in a Package
0,1,2,3

# Number of Memory Tiers
2

# Memory Tier of a single node
1

# Check that we don't mix a single input NUMA node with other local nodes
2

# Check that we find CPU-less NUMA nodes like others
1,2

# List of Machine objects
0

# List of NUMA Nodes in a range of Cores
1

# List of NUMA Nodes in a range of Cores (again)
NUMANode:2,NUMANode:3

# Hierarchical spec for a range of PUs
Group0:0.PU:2 Group0:0.PU:3

# Hierarchical spec for a range of PUs, with different separator
Group0:0.Core:0fooGroup0:0.Core:1

# Hierarchical spec for a range of PUs (again)
Core:0.PU:3 Core:1.PU:0 Core:1.PU:1 Core:1.PU:2

# List of PUs from another invocation with hierarchical output
3,4,5,6

# Hierarchical spec for a range of PUs (3 levels)
Group0:0.Core:2.PU:3 Group0:0.Core:3.PU:0 Group0:0.Core:3.PU:1 Group0:0.Core:3.PU:2

# List of PUs from another invocation with hierarchical output (again)
11,12,13,14

# --largest
Core:3 Group0:1 Core:8 PU:36 PU:37

# --largest, with different separator
PU:22_PU:23_Core:6_Core:7_Group0:2

# Singlified output
0x00400000

# Singlified PU list
22

# PU list with physical output
33,34,35,36,37

# NUMA Node list of physical output and different separator
1foo2

# Manipulating NUMA Nodes with nodesets
0x00000006

# Nodeset output of PUs
0x00000008

# Converting NUMA Nodes from logical to physical
0,2

# Search cores within single NUMA when they have multiple local NUMA nodes
0x00000060

# Search NUMA node within single Group when they have multiple local Groups
0x00000002

# Physical output of NUMA Nodes when out-of-order in the topology
2,1

# Converting physical to logical PU indexes when complexly ordered in the topology
4,20,32,48

# 4 local nodes near a Package (node:3-4@Die + node:5@Package + node:6@Machine)
3,4,5,6

# 2 local nodes larger or equal to a Package (node:2@Package + node:6@Machine), with space separator
NUMANode:2 NUMANode:6

# Best-locality local node near a PU (node:1@Die)
NUMANode:1

# Best-capacity local node near a PU (node:6@Machine)
6


# no node is local to one pu of each package


# 1 node is local to one package and one pu of the other
0

# both nodes are local to one pu of each package, if intersecting
NUMANode:0,NUMANode:1

# both nodes are local to one package and one pu of the other, if intersecting
0,1

# all local nodes
0%1


# CPU kind by index
0x000000ff

# CPU kind by wrong index
0x0

# CPU kind by info attr
0x00000fff

# Number of CPU kinds
2

# List of CPU kinds
0,2

# Caches with attributes
0x0000000b

# Groups with attributes
0x0000ff0f

# Caches without attributes
0x0000e03f

# OS devices by name
0xffffffff,0xffff0000,0x0

# OS devices by name (again)
0xffffff00,,0x0

# OS devices by range
0x000000ff,0xffff0000,0x0

# PCI devices by range
0xffffffff,0xffff0000,0x0

# PCI devices by vendors/device IDs and range wrapping around
0xffffff00,,0x00ffffff

# PCI devices by vendors/device IDs and index
0x00ffffff

# PCI devices by vendors/device IDs and range
0x000000ff,0xffffffff,0xff000000

# PCI devices added
0x000000ff,0xffff0000,0x00ffffff

# PCI devices intersection
0x0

# PCI devices intersection (again)
0x00ffffff

# Restrict
4
1
8
8
1,2

# Converting from hwloc cpusets to taskset
0xf000000f00000f00f
0x10000000300000005
0x10000000300000005
0xf...f
0xf...f00000001

# Converting from list cpusets to hwloc
0xf...f,0xfffffff8
0x00000004,0x40000007,0xffffff98
0x00000080
0x0000002a

# Converting from taskset cpusets to list
0-3,12-15,36-39,64-67
0-2,5-6,8,10,14,16-17,21,24
8-

# Converting a cpuset to the systemd-dbus-api format
ay 0x0001 0x01
ay 0x0004 0x01 0x00 0x00 0x80
ay 0x0008 0x01 0x00 0x00 0x80 0x00 0x00 0x00 0x80
ay 0x0009 0x0f 0xf0 0x00 0x00 0xf0 0x00 0x00 0x00 0x0f
# Converting a nodeset to the systemd-dbus-api format
ay 0x0001 0x05
ay 0x0001 0x0f

# Reading from stdin
Waiting for locations to process on stdin...
0x00000001
0xf0000000,0x0000000f
0xffff0000,0x0000ffff
0x0000000f
0x00000001
0x00000001,,0x0
0xffffffff,0xffffffff

# Reading infinite cpusets from stdin
0xf...f
0xf...f,0x00abcd00
0xf...f,0x0000abcd,0x0000ef00
0xf...f,0xffffff00
0xf...f,0xffff0000,0xffff0000

# Reading infinite cpusets from stdin and exporting to taskset
Waiting for locations to process on stdin...
0xf...f
0xf...f00abcd00
0xf...f0000abcd0000ef00
0xf...fffffff00
0xf...fffff0000ffff0000

