File manager

File manager - Edit - /home/u478019808/domains/bestandroidphones.store/public_html/static/img/logo/tuned.zip

Back
PK��S0�Z��"��optimize-serial-console/tuned.confnu��[��# # tuned configuration # # This tuned configuration optimizes for serial console performance at the # expense of reduced debug information to the console. [main] summary=Optimize for serial console use. [sysctl] kernel.printk="4 4 1 7" PK��S0�Z�ߦ ��desktop/tuned.confnu��[��# # tuned configuration # [main] summary=Optimize for the desktop use-case include=balanced [sysctl] kernel.sched_autogroup_enabled=1 PK��S0�Z�F�K��K��virtual-host/tuned.confnu��[��# # tuned configuration # [main] summary=Optimize for running KVM guests include=throughput-performance [sysctl] # Start background writeback (via writeback threads) at this percentage (system # default is 10%) vm.dirty_background_ratio = 5 [cpu] # Setting C3 state sleep mode/power savings force_latency=cstate.id_no_zero:3\|70 PK��S0�Za�b��balanced-battery/tuned.confnu��[��# # tuned configuration # [main] summary=Balanced profile biased towards power savings changes for battery include=balanced [cpu] energy_performance_preference=balance_power boost=1 [video] panel_power_savings=1 PK��S0�Z��aws/tuned.confnu��[��# # tuned configuration # [main] summary=Optimize for aws ec2 instances include=throughput-performance # Marvell ThunderX [bootloader.thunderx] # rhbz:1836058 type=bootloader uname_regex=aarch64 cmdline=+iommu.strict=0 [bootloader] # https://docs.aws.amazon.com/AWSEC2/latest/UserGuide/nvme-ebs-volumes.html#timeout-nvme-ebs-volumes # set nvme_core.io_timeout to 4294967295 # https://docs.aws.amazon.com/AWSEC2/latest/UserGuide/enhanced-networking-ena.html # set net.ifnames to 0 cmdline=+net.ifnames=0 nvme_core.io_timeout=4294967295 PK��S0�Z9��I��I��cloudlinux-dummy/tuned.confnu��[��# # tuned configuration # [main] summary=Empty CloudLinux tuned profile PK��S0�Z��powersave/tuned.confnu��[��# # tuned configuration # [main] summary=Optimize for low power consumption [cpu] governor=ondemand\|powersave energy_perf_bias=powersave\|power energy_performance_preference=power boost=0 [acpi] platform_profile=low-power\|quiet [eeepc_she] [vm] [audio] timeout=10 [video] radeon_powersave=dpm-battery, auto panel_power_savings=3 [disk] # Comma separated list of devices, all devices if commented out. # devices=sda [net] # Comma separated list of devices, all devices if commented out. # devices=eth0 [scsi_host] alpm=min_power [sysctl] vm.laptop_mode=5 vm.dirty_writeback_centisecs=1500 kernel.nmi_watchdog=0 [script] script=${i:PROFILE_DIR}/script.sh PK��S0�ZCфO��powersave/script.shnu�ȯ��#!/usr/bin/bash . /usr/lib/tuned/functions start() { [ "$USB_AUTOSUSPEND" = 1 ] && enable_usb_autosuspend enable_wifi_powersave return 0 } stop() { [ "$USB_AUTOSUSPEND" = 1 ] && disable_usb_autosuspend disable_wifi_powersave return 0 } process $@ PK��S0�Z��y��virtual-guest/tuned.confnu��[��# # tuned configuration # [main] summary=Optimize for running inside a virtual guest include=throughput-performance [sysctl] # If a workload mostly uses anonymous memory and it hits this limit, the entire # working set is buffered for I/O, and any more write buffering would require # swapping, so it's time to throttle writes until I/O can catch up. Workloads # that mostly use file mappings may be able to use even higher values. # # The generator of dirty data starts writeback at this percentage (system default # is 20%) vm.dirty_ratio = 30 # Filesystem I/O is usually much more efficient than swapping, so try to keep # swapping low. It's usually safe to go even lower than this on systems with # server-grade storage. vm.swappiness = 30 PK��S0�Z�UTv$��$��network-latency/tuned.confnu��[��# # tuned configuration # [main] summary=Optimize for deterministic performance at the cost of increased power consumption, focused on low latency network performance include=latency-performance [vm] transparent_hugepages=never [sysctl] net.core.busy_read=50 net.core.busy_poll=50 net.ipv4.tcp_fastopen=3 kernel.numa_balancing=0 kernel.hung_task_timeout_secs = 600 kernel.nmi_watchdog = 0 vm.stat_interval = 10 kernel.timer_migration = 0 [bootloader] cmdline_network_latency=skew_tick=1 tsc=reliable rcupdate.rcu_normal_after_boot=1 [rtentsk] PK��S0�Z��cloudlinux-dummynu�ȯ��PK��S0�Z\|(��:��:�� functionsnu��[��# # This is library of helper functions that can be used in scripts in tuned profiles. # # API provided by this library is under heavy development and could be changed anytime # # # Config # STORAGE=/run/tuned STORAGE_PERSISTENT=/var/lib/tuned STORAGE_SUFFIX=".save" # # Helpers # # Save value # $0 STORAGE_NAME VALUE save_value() { [ "$#" -ne 2 ] && return [ "$2" -a -e "${STORAGE}" ] && echo "$2" > "${STORAGE}/${1}${STORAGE_SUFFIX}" } # Parse sysfs value, i.e. for "val1 [val2] val3" return "val2" # $0 SYSFS_NAME parse_sys() { local V1 V2 [ -r "$1" ] \|\| return V1=`cat "$1"` V2="${V1##[}" V2="${V2%%]}" echo "${V2:-$V1}" } # Save sysfs value # $0 STORAGE_NAME SYSFS_NAME save_sys() { [ "$#" -ne 2 ] && return [ -r "$2" -a ! -e "${STORAGE}/${1}${STORAGE_SUFFIX}" ] && parse_sys "$2" > "${STORAGE}/${1}${STORAGE_SUFFIX}" } # Set sysfs value # $0 SYSFS_NAME VALUE set_sys() { [ "$#" -ne 2 ] && return [ -w "$1" ] && echo "$2" > "$1" } # Save and set sysfs value # $0 STORAGE_NAME SYSFS_NAME VALUE save_set_sys() { [ "$#" -ne 3 ] && return save_sys "$1" "$2" set_sys "$2" "$3" } # Get stored sysfs value from storage # $0 STORAGE_NAME get_stored_sys() { [ "$#" -ne 1 ] && return [ -r "${STORAGE}/${1}${STORAGE_SUFFIX}" ] && cat "${STORAGE}/${1}${STORAGE_SUFFIX}" } # Restore value from storage # $0 STORAGE_NAME restore_value() { [ "$#" -ne 1 ] && return _rs_value="`get_stored_sys \"$1\"`" unlink "${STORAGE}/${1}${STORAGE_SUFFIX}" >/dev/null 2>&1 [ "$_rs_value" ] && echo "$_rs_value" } # Restore sysfs value from storage, if nothing is stored, use VALUE # $0 STORAGE_NAME SYSFS_NAME [VALUE] restore_sys() { [ "$#" -lt 2 -o "$#" -gt 3 ] && return _rs_value="`get_stored_sys \"$1\"`" unlink "${STORAGE}/${1}${STORAGE_SUFFIX}" >/dev/null 2>&1 [ "$_rs_value" ] \|\| _rs_value="$3" [ "$_rs_value" ] && set_sys "$2" "$_rs_value" } # # DISK tuning # DISKS_DEV="$(command ls -d1 /dev/[shv]d[a-z] 2>/dev/null)" DISKS_SYS="$(command ls -d1 /sys/block/{sd,cciss,dm-,vd,dasd,xvd} 2>/dev/null)" _check_elevator_override() { /bin/fgrep -q 'elevator=' /proc/cmdline } # $0 OPERATOR DEVICES ELEVATOR _set_elevator_helper() { _check_elevator_override && return SYS_BLOCK_SDX="" [ "$2" ] && SYS_BLOCK_SDX=$(eval LANG=C /bin/ls -1 "${2}" 2>/dev/null) # if there is no kernel command line elevator settings, apply the elevator if [ "$1" -a "$SYS_BLOCK_SDX" ]; then for i in $SYS_BLOCK_SDX; do se_dev="`echo \"$i\" \| sed 's\|/sys/block/$[^/]\+$/queue/scheduler\|\1\|'`" $1 "elevator_${se_dev}" "$i" "$3" done fi } # $0 DEVICES ELEVATOR set_elevator() { _set_elevator_helper save_set_sys "$1" "$2" } # $0 DEVICES [ELEVATOR] restore_elevator() { re_elevator="$2" [ "$re_elevator" ] \|\| re_elevator=cfq _set_elevator_helper restore_sys "$1" "$re_elevator" } # SATA Aggressive Link Power Management # usage: set_disk_alpm policy set_disk_alpm() { policy=$1 for host in /sys/class/scsi_host/; do if [ -f $host/ahci_port_cmd ]; then port_cmd=`cat $host/ahci_port_cmd`; if [ $((0x$port_cmd & 0x240000)) = 0 -a -f $host/link_power_management_policy ]; then echo $policy >$host/link_power_management_policy; else echo "max_performance" >$host/link_power_management_policy; fi fi done } # usage: set_disk_apm level set_disk_apm() { level=$1 for disk in $DISKS_DEV; do hdparm -B $level $disk &>/dev/null done } # usage: set_disk_spindown level set_disk_spindown() { level=$1 for disk in $DISKS_DEV; do hdparm -S $level $disk &>/dev/null done } # usage: multiply_disk_readahead by multiply_disk_readahead() { by=$1 # float multiplication not supported in bash # bc might not be installed, python is available for sure for disk in $DISKS_SYS; do control="${disk}/queue/read_ahead_kb" old=$(cat $control) new=$(echo "print int($old$by)" \| python) (echo $new > $control) &>/dev/null done } # usage: remount_disk options partition1 partition2 ... remount_partitions() { options=$1 shift for partition in $@; do mount -o remount,$options $partition >/dev/null 2>&1 done } remount_all_no_rootboot_partitions() { [ "$1" ] \|\| return # Find non-root and non-boot partitions, disable barriers on them rootvol=$(df -h / \| grep "^/dev" \| awk '{print $1}') bootvol=$(df -h /boot \| grep "^/dev" \| awk '{print $1}') volumes=$(df -hl --exclude=tmpfs \| grep "^/dev" \| awk '{print $1}') nobarriervols=$(echo "$volumes" \| grep -v $rootvol \| grep -v $bootvol) remount_partitions "$1" $nobarriervols } DISK_QUANTUM_SAVE="${STORAGE}/disk_quantum${STORAGE_SUFFIX}" set_disk_scheduler_quantum() { value=$1 rm -f "$DISK_QUANTUM_SAVE" for disk in $DISKS_SYS; do control="${disk}/queue/iosched/quantum" echo "echo $(cat $control) > $control" >> "$DISK_QUANTUM_SAVE" 2>/dev/null (echo $value > $control) &2>/dev/null done } restore_disk_scheduler_quantum() { if [ -r "$DISK_QUANTUM_SAVE" ]; then /bin/bash "$DISK_QUANTUM_SAVE" &>/dev/null rm -f "$DISK_QUANTUM_SAVE" fi } # # CPU tuning # CPUSPEED_SAVE_FILE="${STORAGE}/cpuspeed${STORAGE_SUFFIX}" CPUSPEED_ORIG_GOV="${STORAGE}/cpuspeed-governor-%s${STORAGE_SUFFIX}" CPUSPEED_STARTED="${STORAGE}/cpuspeed-started" CPUSPEED_CFG="/etc/sysconfig/cpuspeed" CPUSPEED_INIT="/etc/rc.d/init.d/cpuspeed" # do not use cpuspeed CPUSPEED_USE="0" CPUS="$(ls -d1 /sys/devices/system/cpu/cpu* \| sed 's;^./;;' \| grep "cpu[0-9]\+")" # set CPU governor setting and store the old settings # usage: set_cpu_governor governor set_cpu_governor() { governor=$1 # always patch cpuspeed configuration if exists, if it doesn't exist and is enabled, # explicitly disable it with hint if [ -e $CPUSPEED_INIT ]; then if [ ! -e $CPUSPEED_SAVE_FILE -a -e $CPUSPEED_CFG ]; then cp -p $CPUSPEED_CFG $CPUSPEED_SAVE_FILE sed -e 's/^GOVERNOR=./GOVERNOR='$governor'/g' $CPUSPEED_SAVE_FILE > $CPUSPEED_CFG fi else if [ "$CPUSPEED_USE" = "1" ]; then echo >&2 echo "Suggestion: install 'cpuspeed' package to get best tuning results." >&2 echo "Falling back to sysfs control." >&2 echo >&2 fi CPUSPEED_USE="0" fi if [ "$CPUSPEED_USE" = "1" ]; then service cpuspeed status &> /dev/null [ $? -eq 3 ] && touch $CPUSPEED_STARTED \|\| rm -f $CPUSPEED_STARTED service cpuspeed restart &> /dev/null # direct change using sysfs elif [ -e /sys/devices/system/cpu/cpu0/cpufreq/scaling_governor ]; then for cpu in $CPUS; do gov_file=/sys/devices/system/cpu/$cpu/cpufreq/scaling_governor save_file=$(printf $CPUSPEED_ORIG_GOV $cpu) rm -f $save_file if [ -e $gov_file ]; then cat $gov_file > $save_file echo $governor > $gov_file fi done fi } # re-enable previous CPU governor settings # usage: restore_cpu_governor restore_cpu_governor() { if [ -e $CPUSPEED_INIT ]; then if [ -e $CPUSPEED_SAVE_FILE ]; then cp -fp $CPUSPEED_SAVE_FILE $CPUSPEED_CFG rm -f $CPUSPEED_SAVE_FILE fi if [ "$CPUSPEED_USE" = "1" ]; then if [ -e $CPUSPEED_STARTED ]; then service cpuspeed stop &> /dev/null else service cpuspeed restart &> /dev/null fi fi if [ -e $CPUSPEED_STARTED ]; then rm -f $CPUSPEED_STARTED fi else CPUSPEED_USE="0" fi if [ "$CPUSPEED_USE" != "1" -a -e /sys/devices/system/cpu/cpu0/cpufreq/scaling_governor ]; then for cpu in $CPUS; do cpufreq_dir=/sys/devices/system/cpu/$cpu/cpufreq save_file=$(printf $CPUSPEED_ORIG_GOV $cpu) if [ -e $cpufreq_dir/scaling_governor ]; then if [ -e $save_file ]; then cat $save_file > $cpufreq_dir/scaling_governor rm -f $save_file else echo userspace > $cpufreq_dir/scaling_governor cat $cpufreq_dir/cpuinfo_max_freq > $cpufreq_dir/scaling_setspeed fi fi done fi } _cpu_multicore_powersave() { value=$1 [ -e /sys/devices/system/cpu/sched_mc_power_savings ] && echo $value > /sys/devices/system/cpu/sched_mc_power_savings } # enable multi core power savings for low wakeup systems enable_cpu_multicore_powersave() { _cpu_multicore_powersave 1 } disable_cpu_multicore_powersave() { _cpu_multicore_powersave 0 } # # MEMORY tuning # THP_ENABLE="/sys/kernel/mm/transparent_hugepage/enabled" THP_SAVE="${STORAGE}/thp${STORAGE_SUFFIX}" [ -e "$THP_ENABLE" ] \|\| THP_ENABLE="/sys/kernel/mm/redhat_transparent_hugepage/enabled" enable_transparent_hugepages() { if [ -e $THP_ENABLE ]; then cut -f2 -d'[' $THP_ENABLE \| cut -f1 -d']' > $THP_SAVE (echo always > $THP_ENABLE) &> /dev/null fi } restore_transparent_hugepages() { if [ -e $THP_SAVE ]; then (echo $(cat $THP_SAVE) > $THP_ENABLE) &> /dev/null rm -f $THP_SAVE fi } # # WIFI tuning # # usage: _wifi_set_power_level level _wifi_set_power_level() { # 0 auto, PM enabled # 1-5 least savings and lowest latency - most savings and highest latency # 6 disable power savings level=$1 # do not report errors on systems with no wireless [ -e /proc/net/wireless ] \|\| return 0 # apply the settings using iwpriv ifaces=$(cat /proc/net/wireless \| grep -v '\|' \| sed 's@^ $[^:]$:.@\1@') for iface in $ifaces; do iwpriv $iface set_power $level done # some adapters may rely on sysfs for i in /sys/bus/pci/devices//power_level; do (echo $level > $i) &> /dev/null done } enable_wifi_powersave() { _wifi_set_power_level 5 } disable_wifi_powersave() { _wifi_set_power_level 0 } # # BLUETOOTH tuning # disable_bluetooth() { hciconfig hci0 down >/dev/null 2>&1 lsmod \| grep -q btusb && rmmod btusb } enable_bluetooth() { modprobe btusb hciconfig hci0 up >/dev/null 2>&1 } # # USB tuning # _usb_autosuspend() { value=$1 for i in /sys/bus/usb/devices//power/autosuspend; do echo $value > $i; done &> /dev/null } enable_usb_autosuspend() { _usb_autosuspend 1 } disable_usb_autosuspend() { _usb_autosuspend 0 } # # SOUND CARDS tuning # enable_snd_ac97_powersave() { save_set_sys ac97 /sys/module/snd_ac97_codec/parameters/power_save Y } disable_snd_ac97_powersave() { save_set_sys ac97 /sys/module/snd_ac97_codec/parameters/power_save N } restore_snd_ac97_powersave() { restore_sys ac97 /sys/module/snd_ac97_codec/parameters/power_save $1 } set_hda_intel_powersave() { save_set_sys hda_intel /sys/module/snd_hda_intel/parameters/power_save $1 } restore_hda_intel_powersave() { restore_sys hda_intel /sys/module/snd_hda_intel/parameters/power_save $1 } # # VIDEO CARDS tuning # # Power savings settings for Radeon # usage: set_radeon_powersave dynpm \| default \| low \| mid \| high set_radeon_powersave () { [ "$1" ] \|\| return [ -e /sys/class/drm/card0/device/power_method ] \|\| return if [ "$1" = default -o "$1" = auto -o "$1" = low -o "$1" = med -o "$1" = high ]; then [ -w /sys/class/drm/card0/device/power_profile ] \|\| return save_sys radeon_profile /sys/class/drm/card0/device/power_profile save_set_sys radeon_method /sys/class/drm/card0/device/power_method profile set_sys /sys/class/drm/card0/device/power_profile "$1" elif [ "$1" = dynpm ]; then save_sys radeon_profile /sys/class/drm/card0/device/power_profile save_set_sys radeon_method /sys/class/drm/card0/device/power_method dynpm fi } restore_radeon_powersave () { restore_sys radeon_method /sys/class/drm/card0/device/power_method profile _rrp_method="`get_stored_sys radeon_method`" [ -z "$_rrp_method" -o _rrp_method="profile" ] && restore_sys radeon_profile /sys/class/drm/card0/device/power_profile default } # # SOFTWARE tuning # RSYSLOG_CFG="/etc/rsyslog.conf" RSYSLOG_SAVE="${STORAGE}/cpuspeed${STORAGE_SUFFIX}" disable_logs_syncing() { cp -p $RSYSLOG_CFG $RSYSLOG_SAVE sed -i 's/ \/var\/log/-\/var\/log/' $RSYSLOG_CFG } restore_logs_syncing() { mv -Z $RSYSLOG_SAVE $RSYSLOG_CFG \|\| mv $RSYSLOG_SAVE $RSYSLOG_CFG } # # HARDWARE SPECIFIC tuning # # Asus EEE with Intel Atom _eee_fsb_control() { value=$1 if [ -e /sys/devices/platform/eeepc/she ]; then echo $value > /sys/devices/platform/eeepc/she elif [ -e /sys/devices/platform/eeepc/cpufv ]; then echo $value > /sys/devices/platform/eeepc/cpufv elif [ -e /sys/devices/platform/eeepc-wmi/cpufv ]; then echo $value > /sys/devices/platform/eeepc-wmi/cpufv fi } eee_set_reduced_fsb() { _eee_fsb_control 2 } eee_set_normal_fsb() { _eee_fsb_control 1 } # # modprobe configuration handling # kvm_modprobe_file=/etc/modprobe.d/kvm.rt.tuned.conf teardown_kvm_mod_low_latency() { rm -f $kvm_modprobe_file } setup_kvm_mod_low_latency() { local HAS_KPS="" local HAS_NX_HP="" local HAS_PLE_GAP="" local WANTS_KPS="" local WANTS_NX_HP="" local WANTS_PLE_GAP="" modinfo -p kvm \| grep -q kvmclock_periodic_sync && HAS_KPS=1 modinfo -p kvm \| grep -q nx_huge_pages && HAS_NX_HP=1 modinfo -p kvm_intel \| grep -q ple_gap && HAS_PLE_GAP=1 grep -qs kvmclock_periodic_sync "$kvm_modprobe_file" && WANTS_KPS=1 grep -qs nx_huge_pages "$kvm_modprobe_file" && WANTS_NX_HP=1 grep -qs ple_gap "$kvm_modprobe_file" && WANTS_PLE_GAP=1 if [ "$HAS_KPS" != "$WANTS_KPS" -o "$HAS_PLE_GAP" != "$WANTS_PLE_GAP" -o \ "$HAS_NX_HP" != "$WANTS_NX_HP" ]; then teardown_kvm_mod_low_latency [ "$HAS_KPS" ] && echo "options kvm kvmclock_periodic_sync=0" > $kvm_modprobe_file [ "$HAS_NX_HP" ] && echo "options kvm nx_huge_pages=0" >> $kvm_modprobe_file [ "$HAS_PLE_GAP" ] && echo "options kvm_intel ple_gap=0" >> $kvm_modprobe_file fi return 0 } # # KSM # KSM_SERVICES="ksm ksmtuned" KSM_RUN_PATH=/sys/kernel/mm/ksm/run KSM_MASK_FILE="${STORAGE_PERSISTENT}/ksm-masked" disable_ksm() { if [ ! -f $KSM_MASK_FILE ]; then # Always create $KSM_MASK_FILE, since we don't want to # run any systemctl commands during boot if ! touch $KSM_MASK_FILE; then die "failed to create $KSM_MASK_FILE" fi # Do not run any systemctl commands if $KSM_SERVICES units do not exist systemctl cat -- $KSM_SERVICES &> /dev/null \|\| return 0 systemctl --now --quiet mask $KSM_SERVICES # Unmerge all shared pages test -f $KSM_RUN_PATH && echo 2 > $KSM_RUN_PATH fi } # Should only be called when full_rollback == true enable_ksm() { if [ -f $KSM_MASK_FILE ]; then # Do not run any systemctl commands if $KSM_SERVICES units do not exist systemctl cat -- $KSM_SERVICES &> /dev/null \|\| return 0 if systemctl --quiet unmask $KSM_SERVICES; then rm -f $KSM_MASK_FILE fi fi } die() { echo "$@" >&2 exit 1 } # # ACTION PROCESSING # error_not_implemented() { echo "tuned: script function '$1' is not implemented." >&2 } # implicit actions, will be used if not provided by profile script: # # start must be implemented # * stop must be implemented start() { error_not_implemented start return 16 } stop() { error_not_implemented stop return 16 } # # main processing # process() { ARG="$1" shift case "$ARG" in start) start "$@" RETVAL=$? ;; stop) stop "$@" RETVAL=$? ;; verify) if declare -f verify &> /dev/null; then verify "$@" else : fi RETVAL=$? ;; ) echo $"Usage: $0 {start\|stop\|verify}" RETVAL=2 ;; esac exit $RETVAL } PK��S0�Z1MN��latency-performance/tuned.confnu��[��# # tuned configuration # [main] summary=Optimize for deterministic performance at the cost of increased power consumption [cpu] force_latency=cstate.id_no_zero:1\|3 governor=performance energy_perf_bias=performance min_perf_pct=100 [acpi] platform_profile=performance [sysctl] # If a workload mostly uses anonymous memory and it hits this limit, the entire # working set is buffered for I/O, and any more write buffering would require # swapping, so it's time to throttle writes until I/O can catch up. Workloads # that mostly use file mappings may be able to use even higher values. # # The generator of dirty data starts writeback at this percentage (system default # is 20%) vm.dirty_ratio=10 # Start background writeback (via writeback threads) at this percentage (system # default is 10%) vm.dirty_background_ratio=3 # The swappiness parameter controls the tendency of the kernel to move # processes out of physical memory and onto the swap disk. # 0 tells the kernel to avoid swapping processes out of physical memory # for as long as possible # 100 tells the kernel to aggressively swap processes out of physical memory # and move them to swap cache vm.swappiness=10 [video] panel_power_savings=0 PK��S0�Z�� !��throughput-performance/tuned.confnu��[��# # tuned configuration # [main] summary=Broadly applicable tuning that provides excellent performance across a variety of common server workloads [variables] thunderx_cpuinfo_regex=CPU part\s+:\s+(0x0?516)\|(0x0?af)\|(0x0?a[0-3])\|(0x0?b8)\b [cpu] governor=performance energy_perf_bias=performance min_perf_pct=100 energy_performance_preference=performance [acpi] platform_profile=performance # Marvell ThunderX [vm.thunderx] type=vm uname_regex=aarch64 cpuinfo_regex=${thunderx_cpuinfo_regex} transparent_hugepages=never [disk] # The default unit for readahead is KiB. This can be adjusted to sectors # by specifying the relevant suffix, eg. (readahead => 8192 s). There must # be at least one space between the number and suffix (if suffix is specified). readahead=>4096 [sysctl] # If a workload mostly uses anonymous memory and it hits this limit, the entire # working set is buffered for I/O, and any more write buffering would require # swapping, so it's time to throttle writes until I/O can catch up. Workloads # that mostly use file mappings may be able to use even higher values. # # The generator of dirty data starts writeback at this percentage (system default # is 20%) vm.dirty_ratio = 40 # Start background writeback (via writeback threads) at this percentage (system # default is 10%) vm.dirty_background_ratio = 10 # PID allocation wrap value. When the kernel's next PID value # reaches this value, it wraps back to a minimum PID value. # PIDs of value pid_max or larger are not allocated. # # A suggested value for pid_max is 1024 <# of cpu cores/threads in system> # e.g., a box with 32 cpus, the default of 32768 is reasonable, for 64 cpus, # 65536, for 4096 cpus, 4194304 (which is the upper limit possible). #kernel.pid_max = 65536 # The swappiness parameter controls the tendency of the kernel to move # processes out of physical memory and onto the swap disk. # 0 tells the kernel to avoid swapping processes out of physical memory # for as long as possible # 100 tells the kernel to aggressively swap processes out of physical memory # and move them to swap cache vm.swappiness=10 # The default kernel value 128 was over twenty years old default, # kernel-5.4 increased it to 4096, thus do not have it lower than 2048 # on older kernels net.core.somaxconn=>2048 # Marvell ThunderX [sysctl.thunderx] type=sysctl uname_regex=aarch64 cpuinfo_regex=${thunderx_cpuinfo_regex} kernel.numa_balancing=0 [video] panel_power_savings=0 PK��S0�Z �3ǐ��"��accelerator-performance/tuned.confnu��[��# # tuned configuration # [main] summary=Throughput performance based tuning with disabled higher latency STOP states [cpu] governor=performance energy_perf_bias=performance min_perf_pct=100 force_latency=99 [acpi] platform_profile=performance [disk] readahead=>4096 [sysctl] # If a workload mostly uses anonymous memory and it hits this limit, the entire # working set is buffered for I/O, and any more write buffering would require # swapping, so it's time to throttle writes until I/O can catch up. Workloads # that mostly use file mappings may be able to use even higher values. # # The generator of dirty data starts writeback at this percentage (system default # is 20%) vm.dirty_ratio = 40 # Start background writeback (via writeback threads) at this percentage (system # default is 10%) vm.dirty_background_ratio = 10 # PID allocation wrap value. When the kernel's next PID value # reaches this value, it wraps back to a minimum PID value. # PIDs of value pid_max or larger are not allocated. # # A suggested value for pid_max is 1024 * <# of cpu cores/threads in system> # e.g., a box with 32 cpus, the default of 32768 is reasonable, for 64 cpus, # 65536, for 4096 cpus, 4194304 (which is the upper limit possible). #kernel.pid_max = 65536 # The swappiness parameter controls the tendency of the kernel to move # processes out of physical memory and onto the swap disk. # 0 tells the kernel to avoid swapping processes out of physical memory # for as long as possible # 100 tells the kernel to aggressively swap processes out of physical memory # and move them to swap cache vm.swappiness=10 [scheduler] # ktune sysctl settings for rhel6 servers, maximizing i/o throughput # # Minimal preemption granularity for CPU-bound tasks: # (default: 1 msec# (1 + ilog(ncpus)), units: nanoseconds) sched_min_granularity_ns = 10000000 # SCHED_OTHER wake-up granularity. # (default: 1 msec# (1 + ilog(ncpus)), units: nanoseconds) # # This option delays the preemption effects of decoupled workloads # and reduces their over-scheduling. Synchronous workloads will still # have immediate wakeup/sleep latencies. sched_wakeup_granularity_ns = 15000000 [video] panel_power_savings=0 PK��S0�Z�W�u��u��intel-sst/tuned.confnu��[��[main] summary=Configure for Intel Speed Select Base Frequency [bootloader] cmdline_intel_sst=-intel_pstate=disable PK��S0�Z��balanced/tuned.confnu��[��# # tuned configuration # [main] summary=General non-specialized tuned profile [modules] cpufreq_conservative=+r [cpu] priority=10 governor=conservative\|powersave energy_perf_bias=normal energy_performance_preference=balance_performance boost=1 [acpi] platform_profile=balanced [audio] timeout=10 [video] radeon_powersave=dpm-balanced, auto panel_power_savings=0 [disk] # Comma separated list of devices, all devices if commented out. # devices=sda [scsi_host] alpm=medium_power PK��S0�Z��ں��)��cloudlinux-latency-performance/tuned.confnu��[��# # tuned configuration # [main] summary=Optimized Cloudlinux hosting Servers include=throughput-performance [bootloader] cmdline = systemd.unified_cgroup_hierarchy=0 systemd.legacy_systemd_cgroup_controller selinux=0 cgroup.memory=nokmem [cpu] governor=performance energy_perf_bias=performance min_perf_pct=100 # The alternation of CPU bound load and disk IO operations of postgresql # db server suggest CPU to go into powersave mode. # # Explicitly disable deep c-states to reduce latency on OLTP workloads. force_latency=1 [vm] transparent_hugepages=never [sysctl] kernel.numa_balancing = 1 vm.dirty_ratio = 40 vm.dirty_background_ratio = 10 vm.swappiness=10 net.ipv4.tcp_window_scaling = 1 net.ipv4.tcp_timestamps = 1 # Increase kernel buffer size maximums. Currently this seems only necessary at 40Gb speeds. # # The buffer tuning values below do not account for any potential hugepage allocation. # Ensure that you do not oversubscribe system memory. #net.ipv4.tcp_rmem="4096 87380 16777216" #net.ipv4.tcp_wmem="4096 16384 16777216" ## # Busy polling helps reduce latency in the network receive path # by allowing socket layer code to poll the receive queue of a # network device, and disabling network interrupts. # busy_read value greater than 0 enables busy polling. Recommended # net.core.busy_read value is 50. # busy_poll value greater than 0 enables polling globally. # Recommended net.core.busy_poll value is 50 net.core.busy_read=50 net.core.busy_poll=50 # TCP fast open reduces network latency by enabling data exchange # during the sender's initial TCP SYN. The value 3 enables fast open # on client and server connections. net.ipv4.tcp_fastopen=3 #### vm.zone_reclaim_mode=0 [scheduler] sched_min_granularity_ns = 10000000 sched_wakeup_granularity_ns = 15000000 [disk-vm] type=disk devices = vd* elevator = mq-deadline [disk-sas] type=disk devices = sd* elevator = mq-deadline [disk-nvme] type=disk devices = nvme* elevator = none readahead = 0 PK��S0�Z��qp��p��hpc-compute/tuned.confnu��[��# # tuned configuration # [main] summary=Optimize for HPC compute workloads description=Configures virtual memory, CPU governors, and network settings for HPC compute workloads. include=latency-performance [vm] # Most HPC application can take advantage of hugepages. Force them to on. transparent_hugepages=always [disk] # Increase the readahead value to support large, contiguous, files. readahead=>4096 [sysctl] # Keep a reasonable amount of memory free to support large mem requests vm.min_free_kbytes=135168 # Most HPC applications are NUMA aware. Enabling zone reclaim ensures # memory is reclaimed and reallocated from local pages. Disabling # automatic NUMA balancing prevents unwanted memory unmapping. vm.zone_reclaim_mode=1 kernel.numa_balancing=0 # Busy polling helps reduce latency in the network receive path # by allowing socket layer code to poll the receive queue of a # network device, and disabling network interrupts. # busy_read value greater than 0 enables busy polling. Recommended # net.core.busy_read value is 50. # busy_poll value greater than 0 enables polling globally. # Recommended net.core.busy_poll value is 50 net.core.busy_read=50 net.core.busy_poll=50 # TCP fast open reduces network latency by enabling data exchange # during the sender's initial TCP SYN. The value 3 enables fast open # on client and server connections. net.ipv4.tcp_fastopen=3 PK��S0�Z/F�z��z��cloudlinux-default/tuned.confnu��[��# # tuned configuration # [main] summary=Optimized Cloudlinux hosting Servers include=throughput-performance [bootloader] cmdline = systemd.unified_cgroup_hierarchy=0 systemd.legacy_systemd_cgroup_controller selinux=0 cgroup.memory=nokmem [cpu] governor=performance energy_perf_bias=performance min_perf_pct=100 [vm] transparent_hugepages=never [sysctl] kernel.numa_balancing = 1 ################# vm.dirty_ratio = 40 vm.dirty_background_ratio = 10 vm.swappiness=10 #### vm.zone_reclaim_mode=0 ####################3 # TCP fast open reduces network latency by enabling data exchange # during the sender's initial TCP SYN. The value 3 enables fast open # on client and server connections. net.ipv4.tcp_fastopen=3 [disk-vm] type=disk devices = vd* elevator = mq-deadline [disk-sas] type=disk devices = sd* elevator = mq-deadline [disk-nvme] type=disk devices = nvme* elevator = none PK��S0�Z+XQ�i��i��recommend.d/50-tuned.confnu��[��# Tuned rules for recommend_profile. # # Syntax: # [PROFILE1] # KEYWORD11=RE11 # KEYWORD21=RE12 # # [PROFILE2] # KEYWORD21=RE21 # KEYWORD22=RE22 # KEYWORD can be: # virt - for RE to match output of virt-what # system - for RE to match content of /etc/system-release-cpe # process - for RE to match running processes. It can have arbitrary # suffix, all process* lines have to match for the PROFILE # to match (i.e. the AND operator) # /FILE - for RE to match content of the FILE, e.g.: # '/etc/passwd=.+'. If file doesn't exist, its RE will not # match. # chassis_type - for RE to match the chassis type as reported by dmidecode # syspurpose_role - for RE to match the system role as reported by syspurpose # All REs for all KEYWORDs have to match for PROFILE to match (i.e. the AND operator). # If 'virt' or 'system' is not specified, it matches for every string. # If 'virt' or 'system' is empty, i.e. 'virt=', it matches only empty string (alias for '^$'). # If several profiles matched, the first match is taken. # # Limitation: # Each profile can be specified only once, because there cannot be # multiple sections in the configuration file with the same name # (ConfigObj limitation). # If there is a need to specify the profile multiple times, unique # suffix like ',ANYSTRING' can be used. Everything after the last ',' # is stripped by the parser, e.g.: # # [balanced,1] # /FILE1=RE1 # # [balanced,2] # /FILE2=RE2 # # This will set 'balanced' profile in case there is FILE1 matching RE1 or # FILE2 matching RE2 or both. [atomic-host] virt= syspurpose_role=.atomic. [atomic-guest] virt=.+ syspurpose_role=.atomic. [virtual-guest] virt=.+ [balanced] syspurpose_role=(.(desktop\|workstation).)\|^$ chassis_type=.(Notebook\|Laptop\|Portable). [throughput-performance] PK��S0�ZÆF��network-throughput/tuned.confnu��[��# # tuned configuration # [main] summary=Optimize for streaming network throughput, generally only necessary on older CPUs or 40G+ networks include=throughput-performance [sysctl] # Increase kernel buffer size maximums. Currently this seems only necessary at 40Gb speeds. # # The buffer tuning values below do not account for any potential hugepage allocation. # Ensure that you do not oversubscribe system memory. net.ipv4.tcp_rmem="4096 131072 16777216" net.ipv4.tcp_wmem="4096 16384 16777216" PK��S0�Z��"��optimize-serial-console/tuned.confnu��[��PK��S0�Z�ߦ ��A��desktop/tuned.confnu��[��PK��S0�Z�F�K��K��virtual-host/tuned.confnu��[��PK��S0�Za�b��balanced-battery/tuned.confnu��[��PK��S0�Z��aws/tuned.confnu��[��PK��S0�Z9��I��I��cloudlinux-dummy/tuned.confnu��[��PK��S0�Z��powersave/tuned.confnu��[��PK��S0�ZCфO�� powersave/script.shnu�ȯ��PK��S0�Z��y��virtual-guest/tuned.confnu��[��PK��S0�Z�UTv$��$��network-latency/tuned.confnu��[��PK��S0�Z��cloudlinux-dummynu�ȯ��PK��S0�Z\|(��:��:�� functionsnu��[��PK��S0�Z1MN��L��latency-performance/tuned.confnu��[��PK��S0�Z�� !��Q��throughput-performance/tuned.confnu��[��PK��S0�Z �3ǐ��"��[��accelerator-performance/tuned.confnu��[��PK��S0�Z�W�u��u��d��intel-sst/tuned.confnu��[��PK��S0�Z��ae��balanced/tuned.confnu��[��PK��S0�Z��ں��)��g��cloudlinux-latency-performance/tuned.confnu��[��PK��S0�Z��qp��p��o��hpc-compute/tuned.confnu��[��PK��S0�Z/F�z��z��Tu��cloudlinux-default/tuned.confnu��[��PK��S0�Z+XQ�i��i��y��recommend.d/50-tuned.confnu��[��PK��S0�ZÆF��̀��network-throughput/tuned.confnu��[��PK��

| ver. 1.4 | Github | . | PHP 8.2.28 | Generation time: 0.02 | proxy | phpinfo | Settings