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# Release Notes for Intel® CPU Topology test cases | ||
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The cases are designed for Intel® CPU Topology on | ||
Intel® Architecture-based server and client platforms. | ||
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The prerequisites to run CPU Topology cases: | ||
- cpuid tool, which can be installed by command below: | ||
For Ubuntu or Debian-based systems: | ||
sudo apt install cpuid | ||
For CentOS or Fedora-based systems: | ||
sudo dnf install cpuid | ||
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You can run the cases one by one, e.g. command | ||
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``` | ||
./cpu_topology.sh -t verify_thread_per_core | ||
``` | ||
You also can run the cases together with runtests command, e.g. | ||
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``` | ||
cd .. | ||
./runtests -f topology/tests-server -o logfile | ||
``` | ||
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These are the basic cases for Intel® CPU Topology, If you have good idea to | ||
improve CPU Topology cases, you are welcomed to send us the patches, thanks! |
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#!/bin/bash | ||
# SPDX-License-Identifier: GPL-2.0-only | ||
# Copyright (c) 2023 Intel Corporation | ||
# Description: Test script for Intel® CPU Topology | ||
# @Author [email protected] | ||
# @History Created Sep 26 2023 - Created | ||
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cd "$(dirname "$0")" 2>/dev/null || exit 1 | ||
source ../.env | ||
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: "${CASE_NAME:=""}" | ||
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usage() { | ||
cat <<__EOF | ||
usage: ./${0##*/} [-t TESTCASE_ID] [-H] | ||
-t TEST CASE ID | ||
-H show this | ||
__EOF | ||
} | ||
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# cpuid tool is required to run cases | ||
cpuid 1>/dev/null 2>&1 || block_test "cpuid tool is required to \ | ||
run cases, please install it by command: sudo apt install cpuid or \ | ||
sudo dnf install cpuid." | ||
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# Function to check numa nodes align with packages | ||
# This is for server platform only | ||
numa_nodes_compare_with_package() { | ||
local numa_nodes | ||
local cpuinfo_nodes | ||
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cpuinfo_nodes=$(lscpu | grep NUMA 2>&1) | ||
[[ -n $cpuinfo_nodes ]] || block_test "NUMA nodes info is not available from lscpu." | ||
test_print_trc "SUT NUMA nodes info from lscpu shows: $cpuinfo_nodes" | ||
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numa_nodes=$(grep . /sys/devices/system/node/node*/cpulist 2>&1) | ||
[[ -n $numa_nodes ]] || block_test "NUMA nodes sysfs files is not available." | ||
test_print_trc "SUT NUMA nodes sysfs info: $numa_nodes" | ||
nodes_lines=$(grep . /sys/devices/system/node/node*/cpulist | wc -l 2>&1) | ||
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for ((i = 1; i <= nodes_lines; i++)); do | ||
node_cpu_list=$(echo "$numa_nodes" | sed -n "$i, 1p" | awk -F ":" '{print $2}') | ||
node_num=$(lscpu | grep "$node_cpu_list" | awk -F " " '{print $2}') | ||
test_print_trc "node num: $node_num" | ||
test_print_trc "NUMA $node_num sysfs show cpu list: $node_cpu_list" | ||
cpu_num=$(echo "$node_cpu_list" | awk -F "-" '{print $1}') | ||
test_print_trc "cpu num for pkg cpu list:$cpu_num" | ||
pkg_cpu_list=$(grep . /sys/devices/system/cpu/cpu"$cpu_num"/topology/package_cpus_list) | ||
[[ -n "$pkg_cpu_list" ]] || block_test "CPU Topology sysfs for package_cpus_list is not available." | ||
test_print_trc "CPU$cpu_num located Package cpu list is: $pkg_cpu_list" | ||
if [ "$node_cpu_list" = "$pkg_cpu_list" ]; then | ||
test_print_trc "NUMA $node_num cpu list is aligned with package cpu list" | ||
else | ||
die "NUMA $node_num cpu list is NOT aligned with package cpu list" | ||
fi | ||
done | ||
} | ||
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# Function to verify thread number per core | ||
thread_per_core() { | ||
smt_enable=$(cat /sys/devices/system/cpu/smt/active) | ||
threads_per_core=$(lscpu | grep "Thread(s) per core" | awk '{print $4}') | ||
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if [[ $smt_enable -eq 1 ]] && [[ $threads_per_core -eq 2 ]]; then | ||
test_print_trc "SMT is enabled, Thread(s) per core is 2, it's expected." | ||
elif [[ $smt_enable -eq 1 ]] && [[ $threads_per_core -eq 1 ]]; then | ||
die "SMT is enabled, Thread(s) per core is 1, it's not expected" | ||
elif [[ $smt_enable -eq 0 ]] && [[ $threads_per_core -eq 1 ]]; then | ||
test_print_trc "SMT is not enabled, Thread(s) per core is 1, it's expected." | ||
elif [[ $smt_enable -eq 0 ]] && [[ $threads_per_core -eq 1 ]]; then | ||
die "SMT is not enabled, Thread(s) per core is 2, it's not expected" | ||
else | ||
die "Unknown SMT status" | ||
fi | ||
} | ||
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# Function to verify cores number per socket | ||
core_per_socket() { | ||
cores_per_socket_sys=$(grep ^"core id" /proc/cpuinfo | sort -u | wc -l) | ||
test_print_trc "sysfs shows cores per socket: $cores_per_socket_sys" | ||
socket_num_lscpu_parse=$(lscpu -b -p=Socket | grep -v '^#' | sort -u | wc -l) | ||
cores_per_socket_raw_lscpu=$(lscpu -b -p=Core,Socket | grep -v '^#' | sort -u | wc -l) | ||
cores_per_socket_lscpu=$(("$cores_per_socket_raw_lscpu" / "$socket_num_lscpu_parse")) | ||
test_print_trc "lscpu parse shows cores per socket: $cores_per_socket_lscpu" | ||
cores_per_socket=$(lscpu | grep "Core(s) per socket" | awk '{print $4}') | ||
test_print_trc "lscpu shows cores per socket: $cores_per_socket" | ||
core_per_socket_topo=$(grep . /sys/devices/system/cpu/cpu*/topology/core_id | | ||
awk -F ":" '{print $2}' | sort -u | wc -l) | ||
test_print_trc "CPU topology sysfs shows cores per socket: $core_per_socket_topo" | ||
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if [[ $cores_per_socket_sys -eq $cores_per_socket_lscpu ]] && | ||
[[ $cores_per_socket_sys -eq $cores_per_socket ]] && | ||
[[ $cores_per_socket_sys -eq $core_per_socket_topo ]]; then | ||
test_print_trc "cores per sockets is aligned between sysfs and lscpu" | ||
elif [[ $cores_per_socket_sys -eq $cores_per_socket_lscpu ]] && | ||
[[ $cores_per_socket_sys -ne $cores_per_socket ]]; then | ||
die "lscpu output for cores per socket is wrong." | ||
elif [[ $cores_per_socket_sys -eq $cores_per_socket_lscpu ]] && | ||
[[ $core_per_socket_topo -ne $cores_per_socket ]]; then | ||
die "lscpu output for cores per socket is wrong." | ||
else | ||
die "cores per sockets is not aligned between sysfs and lscpu" | ||
fi | ||
} | ||
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# Function to verify socket number align between sysfs and lspci | ||
socket_num() { | ||
numa_num=$(lscpu | grep "NUMA node(s)" | awk '{print $3}') | ||
test_print_trc "lspci shows numa node num: $numa_num" | ||
sockets_num_lspci=$(lscpu | grep "Socket(s)" | awk '{print $2}') | ||
test_print_trc "lspci shows socket number: $sockets_num_lspci" | ||
sockets_num_sys=$(grep "physical id" /proc/cpuinfo | sort -u | wc -l) | ||
test_print_trc "sysfs shows socket number: $sockets_num_sys" | ||
socket_num_topo_sysfs=$(grep . /sys/devices/system/cpu/cpu*/topology/physical_package_id | | ||
awk -F ":" '{print $2}' | sort -u | wc -l) | ||
[[ -n "$socket_num_topo_sysfs" ]] || block_test "CPU Topology sysfs for physical_package_id is not available." | ||
test_print_trc "topology sysfs shows socket number: $socket_num_topo_sysfs" | ||
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if [[ $sockets_num_lspci -eq $sockets_num_sys ]] && | ||
[[ $socket_num_topo_sysfs -eq $sockets_num_lspci ]] && | ||
[[ $sockets_num_sys -eq $numa_num ]]; then | ||
test_print_trc "socket number is aligned between lspci and sysfs" | ||
else | ||
die "socket number is not aligned between lspci and sysfs" | ||
fi | ||
} | ||
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# Function to verify thread, core, module level type and bit_width_index | ||
# Other level type has not been covered yet. | ||
level_type() { | ||
thread_type=$(cpuid -l 0x1f -s 0 | grep "level type" | sort -u | awk -F "=" '{print $2}' | awk '{print $1}') | ||
test_print_trc "0x1f leaf's subleaf 0 shows $thread_type level type" | ||
bit_width_index_0=$(cpuid -l 0x1f -s 0 | grep width | sort -u | wc -l) | ||
test_print_trc "0x1f leaf's subleaf 0 bit width line: $bit_width_index_0" | ||
core_type=$(cpuid -l 0x1f -s 1 | grep "level type" | sort -u | awk -F "=" '{print $2}' | awk '{print $1}') | ||
test_print_trc "0x1f leaf's subleaf 1 shows $core_type level type" | ||
bit_width_index_1=$(cpuid -l 0x1f -s 1 | grep width | sort -u | wc -l) | ||
test_print_trc "0x1f leaf's subleaf 1 bit width line: $bit_width_index_1" | ||
module_type=$(cpuid -l 0x1f -s 2 | grep "level type" | sort -u | awk -F "=" '{print $2}' | awk '{print $1}') | ||
test_print_trc "0x1f leaf's subleaf 2 shows $module_type level type" | ||
bit_width_index_2=$(cpuid -l 0x1f -s 2 | grep width | sort -u | wc -l) | ||
test_print_trc "0x1f leaf's subleaf 2 bit width line: $bit_width_index_2" | ||
invalid_type_sub3=$(cpuid -l 0x1f -s 3 | grep "level type" | sort -u | awk -F "=" '{print $2}' | awk '{print $1}') | ||
test_print_trc "0x1f leaf's subleaf 3 shows $invalid_type_sub3 level type" | ||
bit_width_index_3=$(cpuid -l 0x1f -s 3 | grep width | sort -u | wc -l) | ||
test_print_trc "0x1f leaf's subleaf 3 bit width line: $bit_width_index_3" | ||
invalid_type_sub4=$(cpuid -l 0x1f -s 4 | grep "level type" | sort -u | awk -F "=" '{print $2}' | awk '{print $1}') | ||
test_print_trc "0x1f leaf's subleaf 4 shows $invalid_type_sub4 level type" | ||
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if [[ $thread_type == thread ]] && [[ $bit_width_index_0 -eq 1 ]]; then | ||
test_print_trc "CPUID: level type: thread is correctly detected, and all threads bit width are aligned" | ||
else | ||
die "CPUID: level type: thread is not correctly detected or bit width is not aligned" | ||
fi | ||
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if [[ $core_type == core ]] && [[ $bit_width_index_1 -eq 1 ]]; then | ||
test_print_trc "CPUID: level type: core is correctly detected, and all cores bit width are aligned" | ||
else | ||
die "CPUID: level type: core is not correctly detected or bit width is not aligned" | ||
fi | ||
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if [[ $module_type == module ]] && [[ $invalid_type_sub3 == invalid ]] && | ||
[[ $invalid_type_sub4 == invalid ]] && [[ $bit_width_index_2 -eq 1 ]] && | ||
[[ $bit_width_index_3 -eq 1 ]]; then | ||
test_print_trc "CPUID: module and invalid level type are detected, and bit width are aligned." | ||
elif [[ $module_type == invalid ]] && [[ $invalid_type_sub3 == invalid ]] && | ||
[[ $bit_width_index_3 -eq 1 ]]; then | ||
test_print_trc "CPUID: platform does not support module, and invalid level type is detected, | ||
bit width of level & previous levels are aligned." | ||
else | ||
die "CPUID: unexpected level type." | ||
fi | ||
} | ||
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cpu_topology_test() { | ||
case $TEST_SCENARIO in | ||
numa_nodes_compare) | ||
numa_nodes_compare_with_package | ||
;; | ||
verify_thread_per_core) | ||
thread_per_core | ||
;; | ||
verify_cores_per_socket) | ||
core_per_socket | ||
;; | ||
verify_socket_num) | ||
socket_num | ||
;; | ||
verify_level_type) | ||
level_type | ||
;; | ||
esac | ||
return 0 | ||
} | ||
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while getopts :t:H arg; do | ||
case $arg in | ||
t) | ||
TEST_SCENARIO=$OPTARG | ||
;; | ||
H) | ||
usage && exit 0 | ||
;; | ||
\?) | ||
usage | ||
die "Invalid Option -$OPTARG" | ||
;; | ||
:) | ||
usage | ||
die "Option -$OPTARG requires an argument." | ||
;; | ||
esac | ||
done | ||
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cpu_topology_test |
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# This file collects basic cases which verify CPU Topology | ||
# on Intel® Architecture-based client platforms. | ||
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cpu_topology.sh -t verify_thread_per_core | ||
cpu_topology.sh -t verify_cores_per_socket | ||
cpu_topology.sh -t verify_socket_num | ||
cpu_topology.sh -t verify_level_type |
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# This file collects basic cases which verify CPU Topology | ||
# on Intel® Architecture-based server platforms. | ||
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cpu_topology.sh -t numa_nodes_compare | ||
cpu_topology.sh -t verify_thread_per_core | ||
cpu_topology.sh -t verify_cores_per_socket | ||
cpu_topology.sh -t verify_socket_num | ||
cpu_topology.sh -t verify_level_type |