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if [ intel_nuc = 10 ]; then if [ intel_nuc == 10 ]; then....
vdr_record|red)
echo 02 02 $brightness $led_behavior $recorg_color > /proc/acpi/nuc_led
;;
...
Ich habe die neue Version online gestellt.Super! Das freut mich!
LED color setting
Button LED Color: (Get Power LED setting)
00h: Disable
01h: Blue
02h: Amber
Ring LED Color: (Get Ring LED setting)
00h: Disable
01h: Cyan
02h: Pink
03h: Yellow
04h: Blue
05h: Red
06h: Green
07h: White
#!/bin/sh
#
# This is the VDR nuc-led shellscript for the nuc-led kernel driver from
#
# https://github.com/uboslinux/intel-nuc-led
#
# This script was testet with an Intel NUC6CAYH
# It should also work with an NUC7
#
# It may also work with an NUC10 but there may be needed some improvements
#
# Ralf Ziegler, 30.04.2021
#
if [ ! -f /etc/vdr/nuc-led.conf ]; then
mv /etc/vdr/nuc-led.conf.template /etc/vdr/nuc-led.conf
fi
. /etc/vdr/nuc-led.conf
case $intel_nuc in
6|7)
if [ $fade == 1 ]; then
led_behavior="06" # fade slow
else
led_behavior="04" # always on
fi
if [ $vdr_running_indicator == 1 ]; then
running_color="06" # green
else
running_color="00" # OFF
fi
if [ $vdr_timeshift_indicator == 1 ]; then
timeshift_color="03" # yellow
else
timeshift_color="05" # red
fi
# echo 02 02 ... --> Settings for the Ring LED
case "$1" in
vdr_running|green)
echo 02 02 $brightness 04 $running_color > /proc/acpi/nuc_led
;;
vdr_stop|off)
echo 02 02 $brightness 04 00 > /proc/acpi/nuc_led
;;
vdr_record|red)
echo 02 02 $brightness $led_behavior 05 > /proc/acpi/nuc_led
;;
vdr_timeshift|yellow)
echo 02 02 $brightness $led_behavior $timeshift_color > /proc/acpi/nuc_led
;;
esac
;;
10)
if [ $fade == 1 ]; then
led_behavior="06" # fade slow
else
led_behavior="04" # always on
fi
if [ $vdr_running_indicator == 1 ]; then
running_color="06" # green
else
running_color="00" # OFF
fi
if [ $vdr_timeshift_indicator == 1 ]; then
timeshift_color="03" # yellow
else
timeshift_color="05" # red
fi
# Set LED brightness
echo 06 00 04 00 $brightness > /proc/acpi/nuc_led # brightness
# echo 06 00 ... --> Settings for the Power LED
case "$1" in
vdr_running)
echo 06 00 04 01 04 > /proc/acpi/nuc_led # blinking behavior always on
echo 06 00 04 02 00 > /proc/acpi/nuc_led # blinking frequency 0
echo 06 00 04 03 00 > /proc/acpi/nuc_led # color blue
;;
vdr_stop)
echo 06 00 04 01 04 > /proc/acpi/nuc_led # blinking behavior always on
echo 06 00 04 02 00 > /proc/acpi/nuc_led # blinking frequency 0
echo 06 00 04 03 00 > /proc/acpi/nuc_led # color blue
;;
vdr_record)
echo 06 00 04 01 $led_behavior > /proc/acpi/nuc_led # blinking behavior
echo 06 00 04 02 05 > /proc/acpi/nuc_led # blinking frequency
echo 06 00 04 03 01 > /proc/acpi/nuc_led # color amber
;;
vdr_timeshift)
echo 06 00 04 01 $led_behavior > /proc/acpi/nuc_led # blinking behavior
echo 06 00 04 02 05 > /proc/acpi/nuc_led # blinking frequency
echo 06 00 04 03 01 > /proc/acpi/nuc_led # color amber
;;
esac
;;
esac
#!/bin/sh
#
# This is the config file for the nuc-led.sh shell script
#
# Ralf Ziegler, 30.04.2021
#
# 6 = NUC6 or NUC7
# 7 = NUC6 or NUC7
# 10 = NUC10 (not testet !!!)
intel_nuc=6
# 1 = LED fades when VDR is in record or timeshift mode
# 0 = LED is always on and not pulsing or fading
fade=1
# brightness of LED in HEX
# 64 = 100%
# 50 = 80%
# 32 = 50%
# 1E = 30%
# 14 = 20%
brightness=32
# 1 = LED is green when VDR is running
# 0 = LED is off when VDR is running
vdr_running_indicator=1
# 1 = LED is yellow when VDR is in timeshift mode
# 0 = LED is red when VDR is in timeshift mode (the same color as in record mode)
vdr_timeshift_indicator=1
#!/bin/sh
LED_COMMAND=/etc/vdr/nuc-led.sh
case "$1" in
start)
( sleep 5
if svdrpsend.sh LSTT | grep -q "^250[^:]* \(9\|11\):"; then
$LED_COMMAND vdr_record
else
$LED_COMMAND vdr_running
fi
) &
;;
restart)
$LED_COMMAND vdr_running
;;
stop)
$LED_COMMAND vdr_stop
;;
esac
#!/bin/sh
LED_COMMAND=/etc/vdr/nuc-led.sh
case "$1" in
before)
(
if svdrpsend.sh LSTT | grep -q "^250[^:]* \(9\|11\):.*:.*:@"; then
$LED_COMMAND vdr_timeshift
else
$LED_COMMAND vdr_record
fi
) &
;;
after|deleted)
start-stop-daemon -S -q -b -x $0 -- disable_led
;;
disable_led)
if ! svdrpsend.sh LSTT | grep -q "^250[^:]* \(9\|11\):"; then
$LED_COMMAND vdr_running
elif ! svdrpsend.sh LSTT | grep -q "^250[^:]* \(9\|11\):.*:.*:@"; then
$LED_COMMAND vdr_record
fi
;;
esac
This is a simple kernel module to control LEDs on Intel NUCs, with optional high-level userspace tools.
It is based on the previous work at github.com/milesp20/intel_nuc_led, but with significant changes:
it can be used with the more recent NUC10 as well
it tracks the more recent kernel APIs
the kernel API is very low-level, and you'll be sending and receiving bytes
higher-level commands like "turn the power LED to flashing red" are not implemented in the kernel module itself, but in user space.
Killed
Power LED not set for software control
Ring LED Brightness: 25%
Ring LED Blink/Fade: Always On (0x04)
Ring LED Color: Green (0x06)
Intel NUC8i7HVK LED Control
This is a simple kernel module to control the LEDs on Intel NUC8i7HVK (Hades) kits.
This module is intended as a demonstration/proof-of-concept and may not be maintained further. Perhaps it can act as a jumping off point for a more polished and complete implementation. For testing and basic manipulation of the LEDs, it ought to work fine, but use with caution none the less. This has only been tested on 5.6.x kernels.
This kernel module was initially developed by Miles Peterson (https://github.com/milesp20/intel_nuc_led) for Intel NUC7ixBN and NUC6CAY LED Control, then forked for NIC8ixHVK LED control by Patrick Kullman (https://github.com/nomego/intel_nuc_led).