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wedge400: add lmsensor config file (#81)
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Summary:
Add lmsensor config file
Pull Request resolved: facebookexternal/openbmc.celestica#81

Test Plan:
root@bmc-oob:~# sensors
tmp75-i2c-32-49
Adapter: i2c-11-mux (chan_id 2)
FCM LM75B U2 Temp:  +29.5 C  (high = +80.0 C, hyst = +75.0 C)

tmp421-i2c-3-4c
Adapter: 1e78a100.i2c-bus
SMB TMP421 U62 Temp:  +31.3 C
SMB TMP421 Q9 Temp:   +30.4 C

domfpga-i2c-5-60
Adapter: 1e78a180.i2c-bus
DOM FPGA2 MAX TEMP:   +0.0 C

fcbcpld-i2c-30-3e
Adapter: i2c-11-mux (chan_id 0)
Fan 1 front: 3750 RPM
Fan 1 rear:  3600 RPM
Fan 2 front: 3750 RPM
Fan 2 rear:  3600 RPM
Fan 3 front: 3600 RPM
Fan 3 rear:  3750 RPM
Fan 4 front: 3750 RPM
Fan 4 rear:  3750 RPM

tmp75-i2c-3-4a
Adapter: 1e78a100.i2c-bus
SMB LM75B U56 Temp:  +32.2 C  (high = +80.0 C, hyst = +75.0 C)

adm1278-i2c-14-10
Adapter: i2c-2-mux (chan_id 0)
Chip Input Voltage: +12.10 V  (min =  +0.00 V, max = +20.89 V)
                              (highest = +12.16 V)
SCM Power Voltage:  +12.07 V  (min =  +0.00 V, max = +20.89 V)
                              (highest = +12.12 V)
SCM Power Power:     15.08 W  (highest =  43.19 W, max = 460.23 W)
SCM Power Current:   +1.53 A  (max = +25.57 A, highest =  +6.89 A)

tmp75-i2c-3-48
Adapter: 1e78a100.i2c-bus
SMB LM75B U28 Temp:  +29.6 C  (high = +80.0 C, hyst = +75.0 C)

tmp75-i2c-15-4c
Adapter: i2c-2-mux (chan_id 1)
SCM LM75B U7 Temp1:  +32.0 C  (high = +80.0 C, hyst = +75.0 C)

ir35215-i2c-1-47
Adapter: 1e78a080.i2c-bus
PVDD0P8 Input Voltage:        +12.03 V  (min = +10.50 V, crit max = +14.56 V)
Chip 3V3 Left Output Voltage:  +3.31 V  (crit min =  +1.40 V, min =  +2.80 V)
                                        (max =  +3.60 V, crit max =  +3.80 V)
PVDD0P8 Output Voltage:        +0.79 V  (crit min =  +0.50 V, min =  +0.60 V)
                                        (max =  +0.90 V, crit max =  +2.05 V)
Chip 3V3 Left Temp:            +28.0 C  (high = +100.0 C, crit = +125.0 C)
PVDD0P8 Temp:                  +28.0 C  (high = +100.0 C, crit = +125.0 C)
PVDD0P8 Input Power:            0.00 W
Chip 3V3 Left Output Power:     0.00 W
PVDD0P8 Output Power:         500.00 mW
PVDD0P8 Input Current:         +0.00 A  (max = +30.00 A)
Chip 3V3 Left Output Current:  +0.95 A  (max = +61.75 A, crit max = +70.44 A)
PVDD0P8 Output Current:        +1.18 A  (max = +88.03 A, crit max = +94.29 A)

adm1278-i2c-33-10
Adapter: i2c-11-mux (chan_id 3)
Chip Input Voltage: +12.11 V  (min =  +0.00 V, max = +20.89 V)
                              (highest = +12.16 V)
FCB Power Voltage:  +12.08 V  (min =  +0.00 V, max = +20.89 V)
                              (highest = +12.13 V)
FCB Power Power:     10.54 W  (highest = 157.07 W, max =   1.62 kW)
FCB Power Current:   +1.70 A  (max = +113.05 A, highest =  +9.56 A)

tmp421-i2c-3-4e
Adapter: 1e78a100.i2c-bus
SMB TMP421 U63 Temp:  +30.2 C
SMB TMP421 Q10 Temp:  +30.5 C

powr1220-i2c-1-3a
Adapter: 1e78a080.i2c-bus
XP12R0V (12V):            +12.00 V  (highest = +12.00 V)
XP5R0V (5V):               +4.97 V  (highest =  +4.97 V)
XP3R3V_BMC (3.3V):         +3.28 V  (highest =  +3.28 V)
XP2R5V_BMC (2.5V):         +2.49 V  (highest =  +2.49 V)
XP1R2V_BMC (1.2V):         +1.20 V  (highest =  +1.20 V)
XP1R15V_BMC (1.15V):       +1.15 V  (highest =  +1.15 V)
XP1R2V_TH3 (1.2V):         +1.22 V  (highest =  +1.22 V)
PVDD0P8_TH3 (0.8V):        +0.80 V  (highest =  +0.81 V)
XP3R3V_TH3 (3.3V):         +3.27 V  (highest =  +3.28 V)
VDD_CORE_TH3 (0.75~0.9V):  +0.91 V  (highest =  +0.91 V)
TRVDD0P8_TH3 (0.8V):       +0.79 V  (highest =  +0.80 V)
XP1R8V_TH3 (1.8V):         +1.79 V  (highest =  +1.79 V)
VCCA (3.3V):               +3.31 V  (highest =  +3.31 V)
VCCINP (3.3V):             +3.31 V  (highest =  +3.31 V)

tmp75-i2c-32-48
Adapter: i2c-11-mux (chan_id 2)
FCM LM75B U1 Temp:  +29.2 C  (high = +80.0 C, hyst = +75.0 C)

tmp75-i2c-3-4b
Adapter: 1e78a100.i2c-bus
SMB LM75B U55 Temp:  +30.0 C  (high = +80.0 C, hyst = +75.0 C)

domfpga-i2c-13-60
Adapter: 1e78a480.i2c-bus
DOM FPGA1 MAX TEMP:   +0.0 C

max6615-i2c-22-18
Adapter: i2c-8-mux (chan_id 0)
PEM1 FAN1:             7200 RPM
PEM1 FAN2:             8228 RPM
PEM1 AIR INLET Temp1:    +9.5 C  (emerg = +100.0 C)
PEM1 AIR OUTLET Temp2:  +28.9 C  (emerg = +100.0 C)

tmp75-i2c-3-49
Adapter: 1e78a100.i2c-bus
SMB LM75B U25 Temp:  +32.9 C  (high = +80.0 C, hyst = +75.0 C)

ltc4282-i2c-22-58
Adapter: i2c-8-mux (chan_id 0)
PEM1 Vin:           +12.14 V  (min =  +3.73 V, max = +12.19 V)
PEM1 Vout:          +12.14 V  (min =  +3.73 V, max = +12.19 V)
PEM1 HOT SWAP Temp:  +29.2 C  (low  = +26.5 C, high = +92.9 C)
PEM1 Power:         148.18 W  (max = 276.14 W)
PEM1 Curr:          +12.20 A  (min =  +0.10 A, max = +22.66 A)

tmp75-i2c-15-4d
Adapter: i2c-2-mux (chan_id 1)
SCM LM75B U8 Temp2:  +31.6 C  (high = +80.0 C, hyst = +75.0 C)

isl68137-i2c-1-60
Adapter: 1e78a080.i2c-bus
TH3 Core Input Voltage:  +12.11 V  (crit min =  +8.00 V, crit max = +14.00 V)
TH3 Core Output Voltage:  +0.90 V  (crit min =  +0.50 V, crit max =  +1.50 V)
ISL68137 Chip Temp:       +42.0 C  (high = +125.0 C, crit = +125.0 C)
TH3 Core Input Power:     23.00 W
TH3 Core Output Power:    27.00 W
TH3 Core Input Current:   +1.94 A  (crit max =  +0.50 A)
TH3 Core Output Current: +31.00 A  (crit max = +40.00 A)

tmp422-i2c-3-4f
Adapter: 1e78a100.i2c-bus
SMB TMP422 U20 Temp:         +32.7 C
SMB TMP422 TH3 DIODE0 Temp:  +36.3 C
SMB TMP422 TH3 DIODE1 Temp:  +36.8 C

ir35215-i2c-1-4d
Adapter: 1e78a080.i2c-bus
TRVDD0R8 Input Voltage:        +11.97 V  (min = +10.50 V, crit max = +14.56 V)
Chip 3V3 Right Output Voltage:  +3.31 V  (crit min =  +1.40 V, min =  +2.80 V)
                                         (max =  +3.60 V, crit max =  +3.80 V)
TRVDD0R8 Output Voltage:        +0.80 V  (crit min =  +0.50 V, min =  +0.60 V)
                                         (max =  +0.90 V, crit max =  +2.05 V)
Chip 3V3 Right Temp:            +28.0 C  (high = +100.0 C, crit = +125.0 C)
TRVDD0R8 Temp:                  +28.0 C  (high = +100.0 C, crit = +125.0 C)
TRVDD0R8 Input Power:            7.50 W
Chip 3V3 Right Output Power:     7.00 W
TRVDD0R8 Output Power:           0.00 W
TRVDD0R8 Input Current:         +0.62 A  (max = +30.00 A)
Chip 3V3 Right Output Current:  +1.78 A  (max = +62.06 A, crit max = +70.93 A)
TRVDD0R8 Output Current:        +1.02 A  (max = +17.01 A, crit max = +21.01 A)

root@bmc-oob:~#

Pass

Reviewed By: joancaneus

fbshipit-source-id: a2ed7e082e
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@joancaneus @facebook-github-bot
joancaneus authored and facebook-github-bot committed Sep 12, 2019
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40 changes: 40 additions & 0 deletions ...facebook/meta-wedge400/recipes-utils/lm_sensors/files/0001-disable-bus-substitution.patch
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From 099a4bf5deebf506bc1817266a8d448f7640ea14 Mon Sep 17 00:00:00 2001
From: Tian Fang <tfang@fb.com>
Date: Sat, 6 Aug 2016 11:49:19 -0700
Subject: [PATCH] disable bus substitution

lmsensors provides the feature to substitute the bus number used in the
configuration file. In this case, lmsensors uses the i2c adapter name to
identify the acture adapter.

However, Linux kernel does not gurantee i2c adapter name uniqueness. For
example, if there are two MUX on the same i2c bus 1, the i2c adapters of
channel 1 of both MUX share the same adapter name, "i2c-1-mux (chan_id
1)". That makes one adapter masked by the other one.

In order to fix it properly, need to change the i2c core logic to
generate uniq adapter name. It cannot be done w/o adding a new parameter
to i2c_add_mux_adapter().

Before doing that through linux-i2c list, temperorily disable the bus
substitution function in lmsensors now.
---
lib/init.c | 2 +-
1 file changed, 1 insertion(+), 1 deletion(-)

diff --git a/lib/init.c b/lib/init.c
index 594d6ba..affc438 100644
--- a/lib/init.c
+++ b/lib/init.c
@@ -113,7 +113,7 @@ static int parse_config(FILE *input, const char *name)
goto exit_cleanup;
}

- err = sensors_substitute_busses();
+ /* err = sensors_substitute_busses(); */

exit_cleanup:
free_config_busses();
--
2.8.0.rc2

287 changes: 287 additions & 0 deletions meta-facebook/meta-wedge400/recipes-utils/lm_sensors/files/wedge400.conf
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#
# Copyright 2019-present Facebook. All Rights Reserved.
#
# This program file is free software; you can redistribute it and/or modify it
# under the terms of the GNU General Public License as published by the
# Free Software Foundation; version 2 of the License.
#
# This program is distributed in the hope that it will be useful, but WITHOUT
# ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or
# FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License
# for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program in a file named COPYING; if not, write to the
# Free Software Foundation, Inc.,
# 51 Franklin Street, Fifth Floor,
# Boston, MA 02110-1301 USA
#

bus "i2c-0" "ast_i2c.0"
bus "i2c-1" "ast_i2c.1"
bus "i2c-2" "ast_i2c.2"
bus "i2c-3" "ast_i2c.3"
bus "i2c-4" "ast_i2c.4"
bus "i2c-5" "ast_i2c.5"
bus "i2c-6" "ast_i2c.6"
bus "i2c-7" "ast_i2c.7"
bus "i2c-8" "ast_i2c.8"
bus "i2c-9" "ast_i2c.9"
bus "i2c-10" "ast_i2c.10"
bus "i2c-11" "ast_i2c.11"
bus "i2c-12" "ast_i2c.12"
bus "i2c-13" "ast_i2c.13"
bus "i2c-14" "i2c-2-mux (chan_id 0)"
bus "i2c-15" "i2c-2-mux (chan_id 1)"
bus "i2c-16" "i2c-2-mux (chan_id 2)"
bus "i2c-17" "i2c-2-mux (chan_id 3)"
bus "i2c-18" "i2c-2-mux (chan_id 4)"
bus "i2c-19" "i2c-2-mux (chan_id 5)"
bus "i2c-20" "i2c-2-mux (chan_id 6)"
bus "i2c-21" "i2c-2-mux (chan_id 7)"
bus "i2c-22" "i2c-8-mux (chan_id 0)"
bus "i2c-23" "i2c-8-mux (chan_id 1)"
bus "i2c-24" "i2c-8-mux (chan_id 2)"
bus "i2c-25" "i2c-8-mux (chan_id 3)"
bus "i2c-26" "i2c-8-mux (chan_id 4)"
bus "i2c-27" "i2c-8-mux (chan_id 5)"
bus "i2c-28" "i2c-8-mux (chan_id 6)"
bus "i2c-29" "i2c-8-mux (chan_id 7)"
bus "i2c-30" "i2c-11-mux (chan_id 0)"
bus "i2c-31" "i2c-11-mux (chan_id 1)"
bus "i2c-32" "i2c-11-mux (chan_id 2)"
bus "i2c-33" "i2c-11-mux (chan_id 3)"
bus "i2c-34" "i2c-11-mux (chan_id 4)"
bus "i2c-35" "i2c-11-mux (chan_id 5)"
bus "i2c-36" "i2c-11-mux (chan_id 6)"
bus "i2c-37" "i2c-11-mux (chan_id 7)"

chip "iio_hwmon-isa-0000"
# Formulas of in2/in3/in4/in5 are from resister values
# in2: 2=(3.3k+3.3k)/3.3k unit: ohm
# in3/in4/in5: 3.2=(3.3k+1.5k)/1.5k unit: ohm
label in1 "XP1R0V_FPGA"
label in2 "XP1R8V_FPGA"
label in3 "XP3R3V_FPGA"
label in4 "XP3R3V_RIGHT"
label in5 "XP3R3V_LEFT"
compute in2 @*2, @/2
compute in3 @*3.2, @/3.2
compute in4 @*3.2, @/3.2
compute in5 @*3.2, @/3.2

chip "powr1220-i2c-1-3a"
# Formula of in0 is from resister values
# in0: 4.3=(3.3k+1k)/1k unit: ohm
label in0 "XP12R0V (12V)"
label in1 "XP5R0V (5V)"
label in2 "XP3R3V_BMC (3.3V)"
label in3 "XP2R5V_BMC (2.5V)"
label in4 "XP1R2V_BMC (1.2V)"
label in5 "XP1R15V_BMC (1.15V)"
label in6 "XP1R2V_TH3 (1.2V)"
label in7 "PVDD0P8_TH3 (0.8V)"
label in8 "XP3R3V_TH3 (3.3V)"
label in9 "VDD_CORE_TH3 (0.75~0.9V)"
label in10 "TRVDD0P8_TH3 (0.8V)"
label in11 "XP1R8V_TH3 (1.8V)"
label in12 "VCCA (3.3V)"
label in13 "VCCINP (3.3V)"
compute in0 @*4.3, @/4.3

chip "ir35215-i2c-1-47"
# Formulas of in2/power2 are from resister values
# in2/power2: (100+100)/100 unit: ohm
# curr2/curr3:
# Because the kernel driver return wrong value. We do a linear re-correction
# and the coefficient values are from hardware team.
label in1 "PVDD0P8 Input Voltage"
label in2 "Chip 3V3 Left Output Voltage"
label in3 "PVDD0P8 Output Voltage"
label curr1 "PVDD0P8 Input Current"
label curr2 "Chip 3V3 Left Output Current"
label curr3 "PVDD0P8 Output Current"
label power1 "PVDD0P8 Input Power"
label power2 "Chip 3V3 Left Output Power"
label power3 "PVDD0P8 Output Power"
label temp1 "Chip 3V3 Left Temp"
label temp2 "PVDD0P8 Temp"
compute in2 @*2, @/2
compute curr2 @*0.8686+0.9517, (@-0.9517)/0.8686
compute curr3 @*1.0433+0.3926, (@-0.3926)/1.0433
compute power2 @*2, @/2

chip "ir35215-i2c-1-4d"
# Formulas of in2/power2 are from resister values
# in2/power2: (100+100)/100 unit: ohm
# curr2/curr3:
# Because the kernel driver return wrong value. We do a linear re-correction
# and the coefficient values are from hardware team.
label in1 "TRVDD0R8 Input Voltage"
label in2 "Chip 3V3 Right Output Voltage"
label in3 "TRVDD0R8 Output Voltage"
label curr1 "TRVDD0R8 Input Current"
label curr2 "Chip 3V3 Right Output Current"
label curr3 "TRVDD0R8 Output Current"
label power1 "TRVDD0R8 Input Power"
label power2 "Chip 3V3 Right Output Power"
label power3 "TRVDD0R8 Output Power"
label temp1 "Chip 3V3 Right Temp"
label temp2 "TRVDD0R8 Temp"
compute in2 @*2, @/2
compute curr2 @*0.8865+0.0061, (@-0.0061)/0.8865
compute curr3 @*0.9994+1.0221, (@-1.0221)/0.9994
compute power2 @*2, @/2

chip "isl68137-i2c-1-60"
label in1 "TH3 Core Input Voltage"
label in2 "TH3 Core Output Voltage"
label curr1 "TH3 Core Input Current"
label curr2 "TH3 Core Output Current"
label power1 "TH3 Core Input Power"
label power2 "TH3 Core Output Power"
label temp1 "ISL68137 Chip Temp"

chip "tmp75-i2c-3-48"
label temp1 "SMB LM75B U28 Temp"

chip "tmp75-i2c-3-49"
label temp1 "SMB LM75B U25 Temp"

chip "tmp75-i2c-3-4a"
label temp1 "SMB LM75B U56 Temp"

chip "tmp75-i2c-3-4b"
label temp1 "SMB LM75B U55 Temp"

chip "tmp421-i2c-3-4c"
label temp1 "SMB TMP421 U62 Temp"
label temp2 "SMB TMP421 Q9 Temp"

chip "tmp421-i2c-3-4e"
label temp1 "SMB TMP421 U63 Temp"
label temp2 "SMB TMP421 Q10 Temp"

chip "tmp422-i2c-3-4f"
label temp1 "SMB TMP422 U20 Temp"
label temp2 "SMB TMP422 TH3 DIODE0 Temp"
label temp3 "SMB TMP422 TH3 DIODE1 Temp"

chip "domfpga-i2c-5-60"
label temp1 "DOM FPGA2 MAX TEMP"

chip "domfpga-i2c-13-60"
label temp1 "DOM FPGA1 MAX TEMP"

chip "adm1278-i2c-14-10"
# power1/curr1:
# Because the kernel driver return wrong value. We do a linear re-correction
# and the coefficient values are from hardware team.
label in1 "Chip Input Voltage"
label in2 "SCM Power Voltage"
label power1 "SCM Power Power"
label curr1 "SCM Power Current"
compute power1 @*0.86, @/0.86
compute curr1 @*1.0036, @/1.0036

chip "tmp75-i2c-15-4c"
label temp1 "SCM LM75B U7 Temp1"

chip "tmp75-i2c-15-4d"
label temp1 "SCM LM75B U8 Temp2"

chip "max6615-i2c-22-18"
label temp1 "PEM1 AIR INLET Temp1"
label temp2 "PEM1 AIR OUTLET Temp2"
label fan1 "PEM1 FAN1"
label fan2 "PEM1 FAN2"

chip "max6615-i2c-23-18"
label temp1 "PEM2 AIR INLET Temp1"
label temp2 "PEM2 AIR OUTLET Temp2"
label fan1 "PEM2 FAN1"
label fan2 "PEM2 FAN2"

chip "ltc4282-i2c-22-58"
label in1 "PEM1 Vin"
label in2 "PEM1 Vout"
label curr1 "PEM1 Curr"
label power1 "PEM1 Power"
label temp1 "PEM1 HOT SWAP Temp"

chip "ltc4282-i2c-23-58"
label in1 "PEM2 Vin"
label in2 "PEM2 Vout"
label curr1 "PEM2 Curr"
label power1 "PEM2 Power"
label temp1 "PEM2 HOT SWAP Temp"

chip "psu_driver-i2c-22-58"
# power1/2/3:
# Because the kernel driver return wrong value. We do a linear re-correction
# and the coefficient values are from hardware team.
label in0 "PSU1 Input Voltage"
label in1 "PSU1 12V Output Voltage"
label in2 "PSU1 5/3.3V Output Voltage"
label fan1 "PSU1 FAN"
label temp1 "PSU1 Temp1"
label temp2 "PSU1 Temp2"
label temp3 "PSU1 Temp3"
label power1 "PSU1 Input Power"
label power2 "PSU1 12V Output Power"
label power3 "PSU1 5/3.3V Output Power"
label curr1 "PSU1 Input Current"
label curr2 "PSU1 12V Output Current"
label curr3 "PSU1 5/3.3V Output Current"
compute power1 @*1000, @/1000
compute power2 @*1000, @/1000
compute power3 @*1000, @/1000

chip "psu_driver-i2c-23-58"
# power1/2/3:
# Because the kernel driver return wrong value. We do a linear re-correction
# and the coefficient values are from hardware team.
label in0 "PSU2 Input Voltage"
label in1 "PSU2 12V Output Voltage"
label in2 "PSU2 5/3.3V Output Voltage"
label fan1 "PSU2 FAN"
label temp1 "PSU2 Temp1"
label temp2 "PSU2 Temp2"
label temp3 "PSU2 Temp3"
label power1 "PSU2 Input Power"
label power2 "PSU2 12V Output Power"
label power3 "PSU2 5/3.3V Output Power"
label curr1 "PSU2 Input Current"
label curr2 "PSU2 12V Output Current"
label curr3 "PSU2 5/3.3V Output Current"
compute power1 @*1000, @/1000
compute power2 @*1000, @/1000
compute power3 @*1000, @/1000

chip "tmp75-i2c-32-48"
label temp1 "FCM LM75B U1 Temp"

chip "tmp75-i2c-32-49"
label temp1 "FCM LM75B U2 Temp"

chip "fcbcpld-i2c-30-3e"
label fan1 "Fan 1 front"
label fan2 "Fan 1 rear"
label fan3 "Fan 2 front"
label fan4 "Fan 2 rear"
label fan5 "Fan 3 front"
label fan6 "Fan 3 rear"
label fan7 "Fan 4 front"
label fan8 "Fan 4 rear"

chip "adm1278-i2c-33-10"
# power1/curr1:
# Because the kernel driver return wrong value. We do a linear re-correction
# and the coefficient values are from hardware team.
label in1 "Chip Input Voltage"
label in2 "FCB Power Voltage"
label power1 "FCB Power Power"
label curr1 "FCB Power Current"
compute power1 @*3.03, @/3.03
compute curr1 @*4.4254, @/4.4254

34 changes: 34 additions & 0 deletions meta-facebook/meta-wedge400/recipes-utils/lm_sensors/lmsensors_%.bbappend
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#
# Copyright 2019-present Facebook. All Rights Reserved.
#
# This program file is free software; you can redistribute it and/or modify it
# under the terms of the GNU General Public License as published by the
# Free Software Foundation; version 2 of the License.
#
# This program is distributed in the hope that it will be useful, but WITHOUT
# ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or
# FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License
# for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program in a file named COPYING; if not, write to the
# Free Software Foundation, Inc.,
# 51 Franklin Street, Fifth Floor,
# Boston, MA 02110-1301 USA
#

FILESEXTRAPATHS_prepend := "${THISDIR}/files:"

SRC_URI += "file://wedge400.conf \
file://0001-disable-bus-substitution.patch \
"

DEPENDS_append = " update-rc.d-native"

do_install_append() {

install -d ${D}${sysconfdir}/sensors.d
install -d ${D}${sysconfdir}/sensors.d/custom
install -m 644 ${WORKDIR}/wedge400.conf ${D}${sysconfdir}/sensors.d/custom/wedge400.conf

}

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