Add 32.4.1.54 satsuki blobs

satsuki/Android.mk

@@ -0,0 +1,22 @@
+# Copyright (C) 2016 The CyanogenMod Project
+# Copyright (C) 2017-2020 The LineageOS Project
+#
+# Licensed under the Apache License, Version 2.0 (the "License");
+# you may not use this file except in compliance with the License.
+# You may obtain a copy of the License at
+#
+# http://www.apache.org/licenses/LICENSE-2.0
+#
+# Unless required by applicable law or agreed to in writing, software
+# distributed under the License is distributed on an "AS IS" BASIS,
+# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
+# See the License for the specific language governing permissions and
+# limitations under the License.
+
+# This file is generated by device/sony/satsuki/setup-makefiles.sh
+
+LOCAL_PATH := $(call my-dir)
+
+ifeq ($(TARGET_DEVICE),satsuki)
+
+endif

satsuki/BoardConfigVendor.mk

@@ -0,0 +1,17 @@
+# Copyright (C) 2016 The CyanogenMod Project
+# Copyright (C) 2017-2020 The LineageOS Project
+#
+# Licensed under the Apache License, Version 2.0 (the "License");
+# you may not use this file except in compliance with the License.
+# You may obtain a copy of the License at
+#
+# http://www.apache.org/licenses/LICENSE-2.0
+#
+# Unless required by applicable law or agreed to in writing, software
+# distributed under the License is distributed on an "AS IS" BASIS,
+# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
+# See the License for the specific language governing permissions and
+# limitations under the License.
+
+# This file is generated by device/sony/satsuki/setup-makefiles.sh
+

satsuki/proprietary/etc/flashled_calc_parameters.cfg

@@ -0,0 +1,116 @@
+# Configuration file for libcameralight and depending software stack.
+# This file is used for $(PRODUCT) only and shall be used for trimming
+# flash and camera performance.
+#
+# Comments are started with "#" or space.
+# newlines are ignored.
+
+# LED If setting for Indicator(uA)
+if_indicator_level = 3125
+
+# LED If setting for Torch or video recording (uA).
+if_torch_vr = 25000
+
+# Vf measured at factory (mV).
+vf_factory = 2869
+
+# Min voltage for VBat (mV)
+v_batt_min = 3500
+
+# Secure margin ratio (%)
+ratio_vdrop_normal = 80
+
+# Secure margin ration for torch. (%)
+ratio_vdrop_torch = 50
+
+# Secure margin HIGH temp (%).
+ratio_vdrop_high = 50
+
+# High efficiency (%)
+eff_h = 80
+
+# Low efficiency. (%)
+eff_l = 68
+
+# Threshold in current for efficiency high and low (uA)
+drv_eff_threshold = 500000
+
+# Coefficient of max current for Red_eye pulse. (%)
+c_redeye = 100
+
+# Coefficient of max current for Alien battery (%)
+c_alien = 30
+
+# Coefficient of max current for Charging status (%)
+c_charging = 30
+
+# Rtotal value as a minimum (mOhm)
+rtotal_min = 320
+
+# Rtotal value for high temp (mOhm)
+rtotal_offset = 0
+
+# Temperature threshold for Rtotal (Deg C)
+t_rtotal_threshold = 20
+
+# Coefficient a for calculation of Rtotal
+c_rtotal_a = 490
+
+# Coefficient b for calculation of Rtotal
+c_rtotal_b = -28510
+
+# Coefficient c for calculation of Rtotal
+c_rtotal_c = 701000
+
+# Coefficient a for conversion of Vdrop_max
+c_vdrop_a = 0
+
+# Coefficient b for conversion of Vdrop_max
+c_vdrop_b = 0
+
+# Coefficient c for conversion of Vdrop_max
+c_vdrop_c = 0
+
+# Coefficient a for calculation of Vf
+c_vf_a = -119700
+
+# Coefficient b for calculation of Vf
+c_vf_b = 487000
+
+# Coefficient c for calculation of Vf
+c_vf_c = 2733400
+
+# Coefficient of Vf change in terms of temperature (uV/Ohm)
+c_vf_t = -1800
+
+# Reference temperature (Deg C)
+t_ref = 25
+
+# Reference Vf value (mV)
+vf_ref = 2869
+
+# Max current of battery at 60 degC (uA)
+i_batt_max_high = 1000000
+
+# Max current for Torch (uA)
+i_batt_max_torch = 1000000
+
+# Flash LED_If max current (uA)
+max_if_flash = 1500000
+
+# Torch max current for camera 3A (uA)
+max_if_torch_3a = 250000
+
+# Threshold for good battery voltage measuremnet (mV)
+v_batt_meas_range = 0
+
+# Threshold for good battery current measuremnet (uA)
+i_batt_meas_range = 0
+
+# LED_If value is set to flash brightness when NTC fault and
+# Vdrop_max=0 happen (uA)
+if_flash_critical = 125000
+
+# LED_If value is set to torch brightness when NTC fault and
+# Vdrop_max=0 happen (uA).
+if_torch_critical = 25000

satsuki/proprietary/etc/sensors/sensor_def_qcomdev.conf

@@ -0,0 +1,312 @@
+#
+# File: sensor_def_qcomdev.conf
+#
+# Tihs file contains default sensor registry values for Qualcomm development
+# test platforms.
+#
+#  Copyright (c) 2013 Qualcomm Technologies, Inc.  All Rights Reserved.
+#  Qualcomm Technologies Proprietary and Confidential
+#
+#  NOTE: This file has been modified by Sony Mobile Communications Inc.
+#  Modifications are Copyright (C) 2014 Sony Mobile Communications Inc.,
+#  and licensed under the license of the file.
+
+# File format:
+#
+# Lines starting with "#" are comments and ignored.
+#
+# File metadata uses this format:
+# :key value1 value2
+#
+# The following keys are defined:
+# - "version" : value1 is non-zero positive version number of the file. This
+#   number will be stored in the sensors registry. It should be equal to the
+#   largest version of any item. It will be saved in the sensors registry for
+#   later use when initializing values. See the item format below.
+#   This value should only be specified once in the file.
+#
+# - "hardware" : The value1 will be compared to the "Hardware" string from
+#   the property of ro.board.platform.
+#   Items will only be used as default values in the registry if the hardware
+#   string value is a substring of the ro.board.platform string.
+#   This metadata key can be used more than once, so that one file can support
+#   more than one type of hardware.
+#   The value may be NULL, indicating common item values for all hardware.
+#
+# - "platform" : Similar to the "hardware" key, but this string will need to
+#   match the text of either /sys/devices/soc0/hw_platform or
+#   /sys/devices/soc0/platform_subtype.
+#
+# - "soc_id" : Similar to the "hardware" key, but this string will need to
+#   match the text of /sys/devices/soc0/soc_id.
+#
+# - "property" : value1 is the Android system property key, and value2 is
+#   the desired property value. If the system property value matches the
+#   desired property value, then the following items will be applied.
+#   This metadata key can be used more than once, in which case the new
+#   property value overrides the old.
+#   value1 and 2 may be NULL, indicating common item values for all properties.
+#
+# Registry items are in lines with the following format:
+# <itemID>  <value>  <version>
+#  Where:
+#   itemID is the numeric item ID defined in sns_reg_api_v02.h
+#
+#   "value" is the numeric value of the item.
+#
+#   "version" is a non-zero version of the item value.
+#             The version field will be compared against the previous saved
+#             value in the sensors registry. If this value is greater than the
+#             saved value, the default will be applied. Otherwise, the default
+#             will be skipped.
+#
+# Registry item values will only be applied if the hardware, platform, and
+# property values match for the current hardware configuration.
+#
+# The numeric fields are parsed with the strtoull function, base 0.
+#
+
+:version 0x00010001
+
+########################################################################
+###        8994 Chipsets
+########################################################################
+:hardware 8994
+:platform
+:property
+# Orientation of sensors
+# accel x/y/z
+700   1 0x00010001 #accel-x-axis
+701  -2 0x00010001 #accel-y-axis
+702  -3 0x00010001 #accel-z-axis
+# gyro x/y/z
+800   1 0x00010001 #gyro-x-axis
+801  -2 0x00010001 #gyro-y-axis
+802  -3 0x00010001 #gyro-z-axis
+# mag x/y/z
+900  -2 0x00010001 #mag-x-axis
+901   3 0x00010001 #mag-y-axis
+902  -1 0x00010001 #mag-z-axis
+# SSI SMGR Version
+1900 1 0x00010001 #Maj Ver
+1901 1 0x00010001 #Min Ver
+
+# SAM config
+#
+203  65536   0x10001 # AMD
+225  327680  0x10001 # RMD
+504  65536   0x10001 # Gyro Cal
+1703 65536   0x10001 # Ped
+2800 327680  0x10001 # basic ges
+2900 327680  0x10001 # Facing
+3400 65536   0x10001 # CMC
+609  65536   0x10001 # FMV
+1005 65536   0x10001 # Grav
+1103 65536   0x10001 # orientation
+3000 65536   0x10001 # gyro quat
+3100 65536   0x10001 # rot vec
+3500 65536   0x10001 # game rv
+4112 65536   0x10001 # SMD
+
+# SSI SMGR Cfg 0 ICM-20628 Accelerometer DRI
+1903 0x0b25b8431bfd46bc 0x00010001 #UUID
+1902 0xc14075963795c661 0x00010001 #UUID
+1904 500000 0x00010001             #off_to_idle
+1905 2000 0x00010001               #idle_to_ready
+1906 5 0x00010001                  #i2c_bus
+1907 1000 0x00010001               #reg_group_id
+1908 0 0x00010001                  #cal_grp_id
+1909 64 0x00010001                 #gpio1
+1910 0xFFFF 0x00010001             #gpio2
+1911 0 0x00010001                  #sensor_id
+1912 0x68 0x00010001               #i2c_address
+1913 1 0x00010001                  #data_type1
+1914 0 0x00010001                  #data_type2
+1915 1 0x00010001                  #rel_sns_idx
+1916 1 0x00010001                  #sens_default
+1917 0xD0 0x00010001               #flags
+1982 0 0x00010001                  #device_select
+
+# SSI SMGR Cfg 1 ICM-20628 Gyroscope DRI
+1919 0x0b25b8431bfd46bc 0x00010001 #UUID
+1918 0xc14075963795c661 0x00010001 #UUID
+1920 500000 0x00010001             #off_to_idle
+1921 2000 0x00010001               #idle_to_ready
+1922 5 0x00010001                  #i2c_bus
+1923 1010 0x00010001               #reg_group_id
+1924 10 0x00010001                 #cal_grp_id
+1925 64 0x00010001                 #gpio1
+1926 0xFFFF 0x00010001             #gpio2
+1927 10 0x00010001                 #sensor_id
+1928 0x68 0x00010001               #i2c_address
+1929 3 0x00010001                  #data_type1
+1930 0 0x00010001                  #data_type2
+1931 0 0x00010001                  #rel_sns_idx
+1932 3 0x00010001                  #sens_default
+1933 0xD0 0x00010001               #flags
+1983 0 0x00010001                  #device_select
+
+# SSI SMGR Cfg 2 AK09912C DRI
+1935 0x0b25b8431bfd46bc 0x00010001 #UUID
+1934 0xc14075963795c661 0x00010001 #UUID
+1936 500000 0x00010001             #off_to_idle
+1937 2000 0x00010001               #idle_to_ready
+1938 5 0x00010001                  #i2c_bus
+1939 1020 0x00010001               #reg_group_id
+1940 0xFFFF 0x00010001             #cal_grp_id
+1941 64 0x00010001                 #gpio1
+1942 0xFFFF 0x00010001             #gpio2
+1943 20 0x00010001                 #sensor_id
+1944 0x0c 0x00010001               #i2c_address
+1945 2 0x00010001                  #data_type1
+1946 0 0x00010001                  #data_type2
+1947 0xFF 0x00010001               #rel_sns_idx
+1948 0 0x00010001                  #sens_default
+1949 0xD0 0x00010001               #flags
+1984 0 0x00010001                  #device_select
+
+# SSI SMGR Cfg 3: HSPPAD038A POLL
+1951 0x5588c14de03f6490 0x00010001 #UUID
+1950 0x69469b7038b0dde8 0x00010001 #UUID
+1952 7680 0x00010001               #off_to_idle
+1953 10000 0x00010001              #idle_to_ready
+1954 5 0x00010001                  #i2c_bus
+1955 0xFFFF 0x00010001             #reg_group_id
+1956 0xFFFF 0x00010001             #cal_grp_id
+1957 76 0x00010001                 #gpio1
+1958 0xFFFF 0x00010001             #gpio2
+1959 30 0x00010001                 #sensor_id
+1960 0x48 0x00010001               #i2c_address
+1961 7 0x00010001                  #data_type1
+1962 0 0x00010001                  #data_type2
+1963 0xFF 0x00010001               #rel_sns_idx
+1964 0 0x00010001                  #sens_default
+1965 0 0x00010001                  #flags
+1985 0 0x00010001                  #device_select
+
+# SSI SMGR Cfg 4: APDS9910 DRI
+1967 0x2c95aafbde68bd9d 0x00010001 #UUID
+1966 0xc04992988b1365d3 0x00010001 #UUID
+1968 10000 0x00010001              #off_to_idle
+1969 5000 0x00010001               #idle_to_ready
+1970 5 0x00010001                  #i2c_bus
+1971 1040 0x00010001               #reg_group_id
+1972 0xFFFF 0x00010001             #cal_grp_id
+1973 40 0x00010001                 #gpio1
+1974 0xFFFF 0x00010001             #gpio2
+1975 40 0x00010001                 #sensor_id
+1976 0x39 0x00010001               #i2c_address
+1977 5 0x00010001                  #data_type1
+1978 6 0x00010001                  #data_type2
+1979 0xFF 0x00010001               #rel_sns_idx
+1980 0 0x00010001                  #sens_default
+1981 0x80 0x00010001               #flags
+1986 0 0x00010001                  #device_select
+103  0x384 0x00010001              #prx_near_thresh
+104  0x320 0x00010001              #prx_far_thresh
+105  0 0x00010001                  #prx_factor
+106  100 0x00010001                #als_factor
+107  1 0x00010001                  #version_num
+108  0x58 0x00010001               #id
+109  7 0x00010001                  #als_change_pcnt
+110  0x04 0x00010001               #prx_pulse
+111  0x00 0x00010001               #prx_drive
+112  0x08 0x00010001               #prx_gain
+113  1999 0x00010001               #als_coe_b
+114  252 0x00010001                #als_coe_c
+115  450 0x00010001                #als_coe_d
+116  326 0x00010001                #als_dgf
+117  12800 0x00010001              #als_ch0_default
+118  3117 0x00010001               #als_ch1_default
+119  0x00 0x00010001               #prx_offset
+
+# SSI SMGR Cfg 5 ICM-20628 Game Rotation Vector DRI
+3603 0x0b25b8431bfd46bc 0x00010001 #UUID
+3602 0xc14075963795c661 0x00010001 #UUID
+3604 500000 0x00010001             #off_to_idle
+3605 2000 0x00010001               #idle_to_ready
+3606 5 0x00010001                  #i2c_bus
+3607 0xFFFF 0x00010001             #reg_group_id
+3608 0xFFFF 0x00010001             #cal_grp_id
+3609 64 0x00010001                 #gpio1
+3610 0xFFFF 0x00010001             #gpio2
+3611 226 0x00010001                #sensor_id
+3612 0x68 0x00010001               #i2c_address
+3613 26 0x00010001                 #data_type
+3614 34 0x00010001                 #data_type2
+3615 0xFF 0x00010001               #rel_sns_idx
+3616 0 0x00010001                  #sens_default
+3617 0xD0 0x00010001               #flags
+3682 0 0x00010001                  #device_select
+
+# SSI SMGR Cfg 6 ICM-20628 SMD DRI
+3619 0x0b25b8431bfd46bc 0x00010001 #UUID
+3618 0xc14075963795c661 0x00010001 #UUID
+3620 500000 0x00010001             #off_to_idle
+3621 2000 0x00010001               #idle_to_ready
+3622 5 0x00010001                  #i2c_bus
+3623 0xFFFF 0x00010001             #reg_group_id
+3624 0xFFFF 0x00010001             #cal_grp_id
+3625 64 0x00010001                 #gpio1
+3626 0xFFFF 0x00010001             #gpio2
+3627 224 0x00010001                #sensor_id
+3628 0x68 0x00010001               #i2c_address
+3629 25 0x00010001                 #data_type1
+3630 0 0x00010001                  #data_type2
+3631 0xFF 0x00010001               #rel_sns_idx
+3632 0 0x00010001                  #sens_default
+3633 0xC0 0x00010001               #flags
+3683 0 0x00010001                  #device_select
+
+# SSI SMGR Cfg 7 ICM-20628 Step Counter DRI
+3635 0x0b25b8431bfd46bc 0x00010001 #UUID
+3634 0xc14075963795c661 0x00010001 #UUID
+3636 500000 0x00010001             #off_to_idle
+3637 2000 0x00010001               #idle_to_ready
+3638 5 0x00010001                  #i2c_bus
+3639 0xFFFF 0x00010001             #reg_group_id
+3640 0xFFFF 0x00010001             #cal_grp_id
+3641 64 0x00010001                 #gpio1
+3642 0xFFFF 0x00010001             #gpio2
+3643 222 0x00010001                #sensor_id
+3644 0x68 0x00010001               #i2c_address
+3645 24 0x00010001                 #data_type1
+3646 0 0x00010001                  #data_type2
+3647 0xFF 0x00010001               #rel_sns_idx
+3648 0 0x00010001                  #sens_default
+3649 0xC0 0x00010001               #flags
+3684 0 0x00010001                  #device_select
+
+# SSI SMGR Cfg 8 ICM-20628 Step Detector DRI
+3651 0x0b25b8431bfd46bc 0x00010001 #UUID
+3650 0xc14075963795c661 0x00010001 #UUID
+3652 500000 0x00010001             #off_to_idle
+3653 2000 0x00010001               #idle_to_ready
+3654 5 0x00010001                  #i2c_bus
+3655 0xFFFF 0x00010001             #reg_group_id
+3656 0xFFFF 0x00010001             #cal_grp_id
+3657 64 0x00010001                 #gpio1
+3658 0xFFFF 0x00010001             #gpio2
+3659 220 0x00010001                #sensor_id
+3660 0x68 0x00010001               #i2c_address
+3661 23 0x00010001                 #data_type1
+3662 0 0x00010001                  #data_type2
+3663 0xFF 0x00010001               #rel_sns_idx
+3664 0 0x00010001                  #sens_default
+3665 0xD0 0x00010001               #flags
+3685 0 0x00010001                  #device_select
+
+#
+# SSI GPIO configuration
+#-----------------------------
+2700  1 0x00010001                 #maj ver
+2701  0 0x00010001                 #min ver
+2702 23 0x00010001                 #I2C SDA_1
+2703 24 0x00010001                 #I2C SCL_1
+2704 0xFFFF 0x00010001             #I2C SDA_2(Reserved)
+2705 0xFFFF 0x00010001             #I2C SCL_2(Reserved)
+
+# Mag Cal config
+#-----------------------------
+3801 1 0x00010001
+3804 0x000a0000 0x10001            #Sample Rate

satsuki/proprietary/etc/touch_fw_update.sh

@@ -0,0 +1,52 @@
+#!/system/bin/sh
+# Copyright (c) 2015 Sony Mobile Communications Inc.
+
+index=0
+count=6
+data_id=0
+ic_id=1
+module_id_h=4
+module_id_l=5
+block_pos=19
+blank_pos=-1
+touch_path="/sys/devices/virtual/input"
+sh_path="/system/bin/sh"
+if [ -a "$touch_path/clearpad" ]; then
+    while [ $block_pos -ge 0 ]; do
+        pca_data=$($sh_path /system/etc/ioctl_pca.sh r $block_pos $index $count)
+        if [ $? -ne 0 ]; then
+            break;
+        fi
+        pca_array=($(echo $pca_data))
+        if [ ${pca_array[$data_id]} -eq 2 -a ${pca_array[$ic_id]} -eq 1 ]; then
+            touch_module_id=0x${pca_array[$module_id_h]}${pca_array[$module_id_l]}
+            /system/bin/clearpad_fwloader default $touch_module_id
+            return;
+        elif [ $((0x${pca_array[$data_id]})) -eq 0 ]; then
+            blank_pos=$block_pos
+        fi
+        block_pos=$((block_pos-1))
+    done
+    touch_module_id=0x$(cat $touch_path/clearpad/fwfamily)
+    if [ $(($touch_module_id)) -ne 0 ]; then
+        /system/bin/clearpad_fwloader default $touch_module_id
+        touch_chip_id=0x$(cat $touch_path/clearpad/fwchip_id)
+        if [ $block_pos -eq -1 -a $blank_pos -gt -1 -a $(($touch_chip_id)) -ne 0 ]; then
+            chip_data=($((0x0102)) $((${touch_chip_id}00)) $((${touch_module_id}00)))
+            $sh_path /system/etc/ioctl_pca.sh w $blank_pos ${chip_data[@]}
+        fi
+    fi
+elif [ -a "$touch_path/max1187x" ]; then
+    touch_vendor_id=$(/system/bin/ta_param_loader -p -t 4950 -d 0 -f "0x%02x")
+    if [ "$touch_vendor_id" = "0x02" ]; then
+        touch_chip_id=0x$(/system/bin/ta_param_loader -p -t 4950 -d 1 -c 2 -f "%02x")
+        touch_config_id=0x$(/system/bin/ta_param_loader -p -t 4950 -d 3 -c 2 -f "%02x")
+        echo 1 $touch_config_id $touch_chip_id > "$touch_path/max1187x/dflt_cfg"
+        echo default > "$touch_path/max1187x/fw_update"
+    else
+        touch_chip_id=$(cat $touch_path/max1187x/chip_id)
+        touch_config_id=$(cat $touch_path/max1187x/config_id)
+        echo 1 $touch_config_id $touch_chip_id > "$touch_path/max1187x/dflt_cfg"
+        echo default > "$touch_path/max1187x/fw_update"
+    fi
+fi