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add synaptics_i2c_rmi4 touch screen driver

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This commit is contained in:
hhb
2012-05-03 10:18:04 +08:00
parent a7302dbbdc
commit 6c88a8c8e3
4 changed files with 1993 additions and 1 deletions
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11
drivers/input/touchscreen/Kconfig
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@@ -977,6 +977,15 @@ config TOUCHSCREEN_GT818_IIC
config TOUCHSCREEN_PIXCIR
tristate "PIXCIR_IIC based touchscreens"
depends on I2C2_RK29
config TOUCHSCREEN_SYNAPTICS_RMI4_I2C_RK
tristate "Synaptics i2c rmi4 touchscreen"
depends on I2C2_RK30
help
This enables support for Synaptics RMI over I2C based touchscreens.
config TOUCHSCREEN_SYNAPTICS_S3202
tristate "SYNAPTICS S3202 touchscreen"
depends on TOUCHSCREEN_SYNAPTICS_RMI4_I2C_RK
config D70_L3188A
tristate "D70-L3188A based touchscreens"
@@ -988,7 +997,7 @@ config TOUCHSCREEN_GT819
config TOUCHSCREEN_FT5306
tristate "FT5306 based touchscreens: FT5306 Interface"
depends on I2C2_RK29
depends on I2C2_RK29 || I2C2_RK30
config TOUCHSCREEN_FT5406
tristate "FT5406 based touchscreens: FT5406 Interface"

1
drivers/input/touchscreen/Makefile
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@@ -85,3 +85,4 @@ obj-$(CONFIG_TOUCHSCREEN_GT819) += gt819.o
obj-$(CONFIG_TOUCHSCREEN_NAS) += nas_ts.o
obj-$(CONFIG_LAIBAO_TS) += ft5x0x_i2c_ts.o
obj-$(CONFIG_TOUCHSCREEN_PIXCIR) += pixcir_i2c_ts.o
obj-$(CONFIG_TOUCHSCREEN_SYNAPTICS_RMI4_I2C_RK) += synaptics_i2c_rmi4.o

1603
drivers/input/touchscreen/synaptics_i2c_rmi4.c Normal file
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File diff suppressed because it is too large Load Diff

379
drivers/input/touchscreen/synaptics_i2c_rmi4.h Normal file
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@@ -0,0 +1,379 @@
/**
*
* Synaptics Register Mapped Interface (RMI4) I2C Physical Layer Driver.
* Copyright (c) 2007-2010, Synaptics Incorporated
*
* Author: Js HA <js.ha@stericsson.com> for ST-Ericsson
* Author: Naveen Kumar G <naveen.gaddipati@stericsson.com> for ST-Ericsson
* Copyright 2010 (c) ST-Ericsson AB
*/
/*
* This file is licensed under the GPL2 license.
*
*#############################################################################
* GPL
*
* This program is free software; you can redistribute it and/or modify it
* under the terms of the GNU General Public License version 2 as published
* by the Free Software Foundation.
*
* 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.
*
*#############################################################################
*/
#ifndef _SYNAPTICS_RMI4_H_INCLUDED_
#define _SYNAPTICS_RMI4_H_INCLUDED_
/* Register Name Address Register Description */
/* ------------- ------- -------------------- */
#define SYNA_F34_FLASH_DATA00 0x0000 /* Block Number Low */
#define SYNA_F34_FLASH_DATA01 0x0001 /* Block Number High */
#define SYNA_F34_FLASH_DATA02_00 0x0002 /* Block Data 0 */
#define SYNA_F34_FLASH_DATA02_01 0x0003 /* Block Data 1 */
#define SYNA_F34_FLASH_DATA02_02 0x0004 /* Block Data 2 */
#define SYNA_F34_FLASH_DATA02_03 0x0005 /* Block Data 3 */
#define SYNA_F34_FLASH_DATA02_04 0x0006 /* Block Data 4 */
#define SYNA_F34_FLASH_DATA02_05 0x0007 /* Block Data 5 */
#define SYNA_F34_FLASH_DATA02_06 0x0008 /* Block Data 6 */
#define SYNA_F34_FLASH_DATA02_07 0x0009 /* Block Data 7 */
#define SYNA_F34_FLASH_DATA02_08 0x000A /* Block Data 8 */
#define SYNA_F34_FLASH_DATA02_09 0x000B /* Block Data 9 */
#define SYNA_F34_FLASH_DATA02_10 0x000C /* Block Data 10 */
#define SYNA_F34_FLASH_DATA02_11 0x000D /* Block Data 11 */
#define SYNA_F34_FLASH_DATA02_12 0x000E /* Block Data 12 */
#define SYNA_F34_FLASH_DATA02_13 0x000F /* Block Data 13 */
#define SYNA_F34_FLASH_DATA02_14 0x0010 /* Block Data 14 */
#define SYNA_F34_FLASH_DATA02_15 0x0011 /* Block Data 15 */
#define SYNA_F34_FLASH_DATA03 0x0012 /* Flash Control */
#define SYNA_F01_RMI_DATA00 0x0013 /* Device Status */
#define SYNA_F01_RMI_DATA01_00 0x0014 /* Interrupt Status */
#define SYNA_F11_2D_DATA00_00 0x0015 /* 2D Finger State */
#define SYNA_F11_2D_DATA00_01 0x0016 /* 2D Finger State */
#define SYNA_F11_2D_DATA01_00 0x0017 /* 2D X Position (11:4) Finger 0 */
#define SYNA_F11_2D_DATA02_00 0x0018 /* 2D Y Position (11:4) Finger 0 */
#define SYNA_F11_2D_DATA03_00 0x0019 /* 2D Y/X Position (3:0) Finger 0 */
#define SYNA_F11_2D_DATA04_00 0x001A /* 2D Wy/Wx Finger 0 */
#define SYNA_F11_2D_DATA05_00 0x001B /* 2D Z Finger 0 */
#define SYNA_F11_2D_DATA01_01 0x001C /* 2D X Position (11:4) Finger 1 */
#define SYNA_F11_2D_DATA02_01 0x001D /* 2D Y Position (11:4) Finger 1 */
#define SYNA_F11_2D_DATA03_01 0x001E /* 2D Y/X Position (3:0) Finger 1 */
#define SYNA_F11_2D_DATA04_01 0x001F /* 2D Wy/Wx Finger 1 */
#define SYNA_F11_2D_DATA05_01 0x0020 /* 2D Z Finger 1 */
#define SYNA_F11_2D_DATA01_02 0x0021 /* 2D X Position (11:4) Finger 2 */
#define SYNA_F11_2D_DATA02_02 0x0022 /* 2D Y Position (11:4) Finger 2 */
#define SYNA_F11_2D_DATA03_02 0x0023 /* 2D Y/X Position (3:0) Finger 2 */
#define SYNA_F11_2D_DATA04_02 0x0024 /* 2D Wy/Wx Finger 2 */
#define SYNA_F11_2D_DATA05_02 0x0025 /* 2D Z Finger 2 */
#define SYNA_F11_2D_DATA01_03 0x0026 /* 2D X Position (11:4) Finger 3 */
#define SYNA_F11_2D_DATA02_03 0x0027 /* 2D Y Position (11:4) Finger 3 */
#define SYNA_F11_2D_DATA03_03 0x0028 /* 2D Y/X Position (3:0) Finger 3 */
#define SYNA_F11_2D_DATA04_03 0x0029 /* 2D Wy/Wx Finger 3 */
#define SYNA_F11_2D_DATA05_03 0x002A /* 2D Z Finger 3 */
#define SYNA_F11_2D_DATA01_04 0x002B /* 2D X Position (11:4) Finger 4 */
#define SYNA_F11_2D_DATA02_04 0x002C /* 2D Y Position (11:4) Finger 4 */
#define SYNA_F11_2D_DATA03_04 0x002D /* 2D Y/X Position (3:0) Finger 4 */
#define SYNA_F11_2D_DATA04_04 0x002E /* 2D Wy/Wx Finger 4 */
#define SYNA_F11_2D_DATA05_04 0x002F /* 2D Z Finger 4 */
#define SYNA_F01_RMI_CTRL00 0x0030 /* Device Control */
#define SYNA_F01_RMI_CTRL01_00 0x0031 /* Interrupt Enable 0 */
#define SYNA_F11_2D_CTRL00 0x0032 /* 2D Report Mode */
#define SYNA_F11_2D_CTRL01 0x0033 /* 2D Palm Detect */
#define SYNA_F11_2D_CTRL02 0x0034 /* 2D Delta-X Thresh */
#define SYNA_F11_2D_CTRL03 0x0035 /* 2D Delta-Y Thresh */
#define SYNA_F11_2D_CTRL04 0x0036 /* 2D Velocity */
#define SYNA_F11_2D_CTRL05 0x0037 /* 2D Acceleration */
#define SYNA_F11_2D_CTRL06 0x0038 /* 2D Max X Position (7:0) */
#define SYNA_F11_2D_CTRL07 0x0039 /* 2D Max X Position (11:8) */
#define SYNA_F11_2D_CTRL08 0x003A /* 2D Max Y Position (7:0) */
#define SYNA_F11_2D_CTRL09 0x003B /* 2D Max Y Position (11:8) */
#define SYNA_F11_2D_CTRL12_00 0x003C /* 2D Sensor Map 0 */
#define SYNA_F11_2D_CTRL12_01 0x003D /* 2D Sensor Map 1 */
#define SYNA_F11_2D_CTRL12_02 0x003E /* 2D Sensor Map 2 */
#define SYNA_F11_2D_CTRL12_03 0x003F /* 2D Sensor Map 3 */
#define SYNA_F11_2D_CTRL12_04 0x0040 /* 2D Sensor Map 4 */
#define SYNA_F11_2D_CTRL12_05 0x0041 /* 2D Sensor Map 5 */
#define SYNA_F11_2D_CTRL12_06 0x0042 /* 2D Sensor Map 6 */
#define SYNA_F11_2D_CTRL12_07 0x0043 /* 2D Sensor Map 7 */
#define SYNA_F11_2D_CTRL12_08 0x0044 /* 2D Sensor Map 8 */
#define SYNA_F11_2D_CTRL12_09 0x0045 /* 2D Sensor Map 9 */
#define SYNA_F11_2D_CTRL12_10 0x0046 /* 2D Sensor Map 10 */
#define SYNA_F11_2D_CTRL12_11 0x0047 /* 2D Sensor Map 11 */
#define SYNA_F11_2D_CTRL12_12 0x0048 /* 2D Sensor Map 12 */
#define SYNA_F11_2D_CTRL12_13 0x0049 /* 2D Sensor Map 13 */
#define SYNA_F11_2D_CTRL12_14 0x004A /* 2D Sensor Map 14 */
#define SYNA_F11_2D_CTRL12_15 0x004B /* 2D Sensor Map 15 */
#define SYNA_F11_2D_CTRL12_16 0x004C /* 2D Sensor Map 16 */
#define SYNA_F11_2D_CTRL12_17 0x004D /* 2D Sensor Map 17 */
#define SYNA_F11_2D_CTRL12_18 0x004E /* 2D Sensor Map 18 */
#define SYNA_F11_2D_CTRL12_19 0x004F /* 2D Sensor Map 19 */
#define SYNA_F11_2D_CTRL12_20 0x0050 /* 2D Sensor Map 20 */
#define SYNA_F11_2D_CTRL12_21 0x0051 /* 2D Sensor Map 21 */
#define SYNA_F11_2D_CTRL12_22 0x0052 /* 2D Sensor Map 22 */
#define SYNA_F11_2D_CTRL12_23 0x0053 /* 2D Sensor Map 23 */
#define SYNA_F11_2D_CTRL12_24 0x0054 /* 2D Sensor Map 24 */
#define SYNA_F11_2D_CTRL12_25 0x0055 /* 2D Sensor Map 25 */
#define SYNA_F11_2D_CTRL12_26 0x0056 /* 2D Sensor Map 26 */
#define SYNA_F11_2D_CTRL12_27 0x0057 /* 2D Sensor Map 27 */
#define SYNA_F11_2D_CTRL12_28 0x0058 /* 2D Sensor Map 28 */
#define SYNA_F11_2D_CTRL12_29 0x0059 /* 2D Sensor Map 29 */
#define SYNA_F11_2D_CTRL12_30 0x005A /* 2D Sensor Map 30 */
#define SYNA_F11_2D_CTRL12_31 0x005B /* 2D Sensor Map 31 */
#define SYNA_F11_2D_CTRL12_32 0x005C /* 2D Sensor Map 32 */
#define SYNA_F11_2D_CTRL12_33 0x005D /* 2D Sensor Map 33 */
#define SYNA_F11_2D_CTRL12_34 0x005E /* 2D Sensor Map 34 */
#define SYNA_F11_2D_CTRL12_35 0x005F /* 2D Sensor Map 35 */
#define SYNA_F11_2D_CTRL12_36 0x0060 /* 2D Sensor Map 36 */
#define SYNA_F11_2D_CTRL12_37 0x0061 /* 2D Sensor Map 37 */
#define SYNA_F11_2D_CTRL12_38 0x0062 /* 2D Sensor Map 38 */
#define SYNA_F11_2D_CTRL12_39 0x0063 /* 2D Sensor Map 39 */
#define SYNA_F11_2D_CTRL12_40 0x0064 /* 2D Sensor Map 40 */
#define SYNA_F11_2D_CTRL12_41 0x0065 /* 2D Sensor Map 41 */
#define SYNA_F11_2D_CTRL12_42 0x0066 /* 2D Sensor Map 42 */
#define SYNA_F11_2D_CTRL12_43 0x0067 /* 2D Sensor Map 43 */
#define SYNA_F11_2D_CTRL12_44 0x0068 /* 2D Sensor Map 44 */
#define SYNA_F11_2D_CTRL14 0x0096 /* 2D Sensitivity Adjustment */
#define SYNA_F01_RMI_CMD00 0x0097 /* Device Command */
#define SYNA_F11_2D_CMD00 0x0098 /* 2D Command */
#define SYNA_F34_FLASH_QUERY00 0x0099 /* Bootloader ID 0 */
#define SYNA_F34_FLASH_QUERY01 0x009A /* Bootloader ID 1 */
#define SYNA_F34_FLASH_QUERY02 0x009B /* Flash Properties */
#define SYNA_F34_FLASH_QUERY03 0x009C /* Block Size 0 */
#define SYNA_F34_FLASH_QUERY04 0x009D /* Block Size 1 */
#define SYNA_F34_FLASH_QUERY05 0x009E /* Firmware Block Count 0 */
#define SYNA_F34_FLASH_QUERY06 0x009F /* Firmware Block Count 1 */
#define SYNA_F34_FLASH_QUERY07 0x00A0 /* Configuration Block Count 0 */
#define SYNA_F34_FLASH_QUERY08 0x00A1 /* Configuration Block Count 1 */
#define SYNA_F01_RMI_QUERY00 0x00A2 /* Manufacturer ID Query */
#define SYNA_F01_RMI_QUERY01 0x00A3 /* Product Properties Query */
#define SYNA_F01_RMI_QUERY02 0x00A4 /* Customer Family Query */
#define SYNA_F01_RMI_QUERY03 0x00A5 /* Firmware Revision Query */
#define SYNA_F01_RMI_QUERY04 0x00A6 /* Device Serialization Query 0 */
#define SYNA_F01_RMI_QUERY05 0x00A7 /* Device Serialization Query 1 */
#define SYNA_F01_RMI_QUERY06 0x00A8 /* Device Serialization Query 2 */
#define SYNA_F01_RMI_QUERY07 0x00A9 /* Device Serialization Query 3 */
#define SYNA_F01_RMI_QUERY08 0x00AA /* Device Serialization Query 4 */
#define SYNA_F01_RMI_QUERY09 0x00AB /* Device Serialization Query 5 */
#define SYNA_F01_RMI_QUERY10 0x00AC /* Device Serialization Query 6 */
#define SYNA_F01_RMI_QUERY11 0x00AD /* Product ID Query 0 */
#define SYNA_F01_RMI_QUERY12 0x00AE /* Product ID Query 1 */
#define SYNA_F01_RMI_QUERY13 0x00AF /* Product ID Query 2 */
#define SYNA_F01_RMI_QUERY14 0x00B0 /* Product ID Query 3 */
#define SYNA_F01_RMI_QUERY15 0x00B1 /* Product ID Query 4 */
#define SYNA_F01_RMI_QUERY16 0x00B2 /* Product ID Query 5 */
#define SYNA_F01_RMI_QUERY17 0x00B3 /* Product ID Query 6 */
#define SYNA_F01_RMI_QUERY18 0x00B4 /* Product ID Query 7 */
#define SYNA_F01_RMI_QUERY19 0x00B5 /* Product ID Query 8 */
#define SYNA_F01_RMI_QUERY20 0x00B6 /* Product ID Query 9 */
#define SYNA_F11_2D_QUERY00 0x00B7 /* Per-device Query */
#define SYNA_F11_2D_QUERY01 0x00B8 /* 2D Reporting Mode */
#define SYNA_F11_2D_QUERY02 0x00B9 /* 2D Number of X Electrodes */
#define SYNA_F11_2D_QUERY03 0x00BA /* 2D Number of Y Electrodes */
#define SYNA_F11_2D_QUERY04 0x00BB /* 2D Maximum Electrodes */
#define SYNA_F11_2D_QUERY05 0x00BC /* 2D Absolute Query */
/* Start of Page Description Table (PDT) */
#define SYNA_PDT_P00_F11_2D_QUERY_BASE 0x00DD /* Query Base */
#define SYNA_PDT_P00_F11_2D_COMMAND_BASE 0x00DE /* Command Base */
#define SYNA_PDT_P00_F11_2D_CONTROL_BASE 0x00DF /* Control Base */
#define SYNA_PDT_P00_F11_2D_DATA_BASE 0x00E0 /* Data Base */
#define SYNA_PDT_P00_F11_2D_INTERRUPTS 0x00E1 /* Interrupt Source Count */
#define SYNA_PDT_P00_F11_2D_EXISTS 0x00E2 /* Function Exists */
#define SYNA_PDT_P00_F01_RMI_QUERY_BASE 0x00E3 /* Query Base */
#define SYNA_PDT_P00_F01_RMI_COMMAND_BASE 0x00E4 /* Command Base */
#define SYNA_PDT_P00_F01_RMI_CONTROL_BASE 0x00E5 /* Control Base */
#define SYNA_PDT_P00_F01_RMI_DATA_BASE 0x00E6 /* Data Base */
#define SYNA_PDT_P00_F01_RMI_INTERRUPTS 0x00E7 /* Interrupt Source Count */
#define SYNA_PDT_P00_F01_RMI_EXISTS 0x00E8 /* Function Exists */
#define SYNA_PDT_P00_F34_FLASH_QUERY_BASE 0x00E9 /* Query Base */
#define SYNA_PDT_P00_F34_FLASH_COMMAND_BASE 0x00EA /* Command Base */
#define SYNA_PDT_P00_F34_FLASH_CONTROL_BASE 0x00EB /* Control Base */
#define SYNA_PDT_P00_F34_FLASH_DATA_BASE 0x00EC /* Data Base */
#define SYNA_PDT_P00_F34_FLASH_INTERRUPTS 0x00ED /* Interrupt Source Count */
#define SYNA_PDT_P00_F34_FLASH_EXISTS 0x00EE /* Function Exists */
#define SYNA_P00_PDT_PROPERTIES 0x00EF /* P00_PDT Properties */
#define SYNA_P00_PAGESELECT 0x00FF /* Page Select register */
/* Registers on Page 0x01 */
/* Register Name Address Register Description */
/* ------------- ------- -------------------- */
#define SYNA_F05_ANALOG_DATA00 0x0100 /* Reserved */
#define SYNA_F05_ANALOG_DATA01 0x0101 /* Report Mode and Index */
#define SYNA_F05_ANALOG_DATA02_00 0x0102 /* Report Data Window 0 */
#define SYNA_F05_ANALOG_DATA02_01 0x0103 /* Report Data Window 1 */
#define SYNA_F05_ANALOG_DATA02_02 0x0104 /* Report Data Window 2 */
#define SYNA_F05_ANALOG_DATA02_03 0x0105 /* Report Data Window 3 */
#define SYNA_F05_ANALOG_DATA02_04 0x0106 /* Report Data Window 4 */
#define SYNA_F05_ANALOG_DATA02_05 0x0107 /* Report Data Window 5 */
#define SYNA_F05_ANALOG_DATA02_06 0x0108 /* Report Data Window 6 */
#define SYNA_F05_ANALOG_DATA02_07 0x0109 /* Report Data Window 7 */
#define SYNA_F05_ANALOG_DATA02_08 0x010A /* Report Data Window 8 */
#define SYNA_F05_ANALOG_DATA02_09 0x010B /* Report Data Window 9 */
#define SYNA_F05_ANALOG_DATA02_10 0x010C /* Report Data Window 10 */
#define SYNA_F05_ANALOG_DATA02_11 0x010D /* Report Data Window 11 */
#define SYNA_F05_ANALOG_DATA02_12 0x010E /* Report Data Window 12 */
#define SYNA_F05_ANALOG_DATA02_13 0x010F /* Report Data Window 13 */
#define SYNA_F05_ANALOG_DATA02_14 0x0110 /* Report Data Window 14 */
#define SYNA_F05_ANALOG_DATA02_15 0x0111 /* Report Data Window 15 */
#define SYNA_F05_ANALOG_DATA02_16 0x0112 /* Report Data Window 16 */
#define SYNA_F05_ANALOG_DATA02_17 0x0113 /* Report Data Window 17 */
#define SYNA_F05_ANALOG_DATA02_18 0x0114 /* Report Data Window 18 */
#define SYNA_F05_ANALOG_DATA02_19 0x0115 /* Report Data Window 19 */
#define SYNA_F05_ANALOG_DATA02_20 0x0116 /* Report Data Window 20 */
#define SYNA_F05_ANALOG_DATA02_21 0x0117 /* Report Data Window 21 */
#define SYNA_F05_ANALOG_DATA02_22 0x0118 /* Report Data Window 22 */
#define SYNA_F05_ANALOG_DATA02_23 0x0119 /* Report Data Window 23 */
#define SYNA_F05_ANALOG_DATA02_24 0x011A /* Report Data Window 24 */
#define SYNA_F05_ANALOG_DATA02_25 0x011B /* Report Data Window 25 */
#define SYNA_F05_ANALOG_DATA02_26 0x011C /* Report Data Window 26 */
#define SYNA_F05_ANALOG_DATA02_27 0x011D /* Report Data Window 27 */
#define SYNA_F05_ANALOG_DATA02_28 0x011E /* Report Data Window 28 */
#define SYNA_F05_ANALOG_DATA02_29 0x011F /* Report Data Window 29 */
#define SYNA_F05_ANALOG_DATA02_30 0x0120 /* Report Data Window 30 */
#define SYNA_F05_ANALOG_DATA02_31 0x0121 /* Report Data Window 31 */
#define SYNA_F05_ANALOG_DATA02_32 0x0122 /* Report Data Window 32 */
#define SYNA_F05_ANALOG_DATA02_33 0x0123 /* Report Data Window 33 */
#define SYNA_F05_ANALOG_CTRL00 0x0124 /* Algo Control */
#define SYNA_F05_ANALOG_CTRL01 0x0125 /* Reserved */
#define SYNA_F05_ANALOG_CTRL02 0x0126 /* Reserved */
#define SYNA_F05_ANALOG_CTRL03 0x0127 /* Reserved */
#define SYNA_F05_ANALOG_CTRL04 0x0128 /* Reserved */
#define SYNA_F05_ANALOG_CTRL05 0x0129 /* Reserved */
#define SYNA_F05_ANALOG_CMD00 0x012A /* Analog Command */
#define SYNA_F05_ANALOG_QUERY00 0x012B /* Receiver Electrodes */
#define SYNA_F05_ANALOG_QUERY01 0x012C /* Transmitter Electrodes */
#define SYNA_F05_ANALOG_QUERY02 0x012D /* Reserved */
#define SYNA_F05_ANALOG_QUERY03 0x012E /* Features */
#define SYNA_F05_ANALOG_QUERY04 0x012F /* Image Window Count */
#define SYNA_F05_ANALOG_QUERY05 0x0130 /* Reserved */
/* Start of Page Description Table (PDT) for Page 0x01 */
#define SYNA_PDT_P01_F05_ANALOG_QUERY_BASE 0x01E9 /* Query Base */
#define SYNA_PDT_P01_F05_ANALOG_COMMAND_BASE 0x01EA /* Command Base */
#define SYNA_PDT_P01_F05_ANALOG_CONTROL_BASE 0x01EB /* Control Base */
#define SYNA_PDT_P01_F05_ANALOG_DATA_BASE 0x01EC /* Data Base */
#define SYNA_PDT_P01_F05_ANALOG_INTERRUPTS 0x01ED /* Interrupt Source Count */
#define SYNA_PDT_P01_F05_ANALOG_EXISTS 0x01EE /* Function Exists */
#define SYNA_P01_PDT_PROPERTIES 0x01EF /* P01_PDT Properties */
#define SYNA_P01_PAGESELECT 0x01FF /* Page Select register */
/* Offsets within the configuration block */
/* Register Name Offset Register Description */
/* ------------- ------ -------------------- */
#define SYNA_F01_RMI_CTRL00_CFGBLK_OFS 0x0000 /* Device Control */
#define SYNA_F01_RMI_CTRL01_00_CFGBLK_OFS 0x0001 /* Interrupt Enable 0 */
#define SYNA_F11_2D_CTRL00_CFGBLK_OFS 0x0002 /* 2D Report Mode */
#define SYNA_F11_2D_CTRL01_CFGBLK_OFS 0x0003 /* 2D Palm Detect */
#define SYNA_F11_2D_CTRL02_CFGBLK_OFS 0x0004 /* 2D Delta-X Thresh */
#define SYNA_F11_2D_CTRL03_CFGBLK_OFS 0x0005 /* 2D Delta-Y Thresh */
#define SYNA_F11_2D_CTRL04_CFGBLK_OFS 0x0006 /* 2D Velocity */
#define SYNA_F11_2D_CTRL05_CFGBLK_OFS 0x0007 /* 2D Acceleration */
#define SYNA_F11_2D_CTRL06_CFGBLK_OFS 0x0008 /* 2D Max X Position (7:0) */
#define SYNA_F11_2D_CTRL07_CFGBLK_OFS 0x0009 /* 2D Max X Position (11:8) */
#define SYNA_F11_2D_CTRL08_CFGBLK_OFS 0x000A /* 2D Max Y Position (7:0) */
#define SYNA_F11_2D_CTRL09_CFGBLK_OFS 0x000B /* 2D Max Y Position (11:8) */
#define SYNA_F11_2D_CTRL12_00_CFGBLK_OFS 0x000C /* 2D Sensor Map 0 */
#define SYNA_F11_2D_CTRL12_01_CFGBLK_OFS 0x000D /* 2D Sensor Map 1 */
#define SYNA_F11_2D_CTRL12_02_CFGBLK_OFS 0x000E /* 2D Sensor Map 2 */
#define SYNA_F11_2D_CTRL12_03_CFGBLK_OFS 0x000F /* 2D Sensor Map 3 */
#define SYNA_F11_2D_CTRL12_04_CFGBLK_OFS 0x0010 /* 2D Sensor Map 4 */
#define SYNA_F11_2D_CTRL12_05_CFGBLK_OFS 0x0011 /* 2D Sensor Map 5 */
#define SYNA_F11_2D_CTRL12_06_CFGBLK_OFS 0x0012 /* 2D Sensor Map 6 */
#define SYNA_F11_2D_CTRL12_07_CFGBLK_OFS 0x0013 /* 2D Sensor Map 7 */
#define SYNA_F11_2D_CTRL12_08_CFGBLK_OFS 0x0014 /* 2D Sensor Map 8 */
#define SYNA_F11_2D_CTRL12_09_CFGBLK_OFS 0x0015 /* 2D Sensor Map 9 */
#define SYNA_F11_2D_CTRL12_10_CFGBLK_OFS 0x0016 /* 2D Sensor Map 10 */
#define SYNA_F11_2D_CTRL12_11_CFGBLK_OFS 0x0017 /* 2D Sensor Map 11 */
#define SYNA_F11_2D_CTRL12_12_CFGBLK_OFS 0x0018 /* 2D Sensor Map 12 */
#define SYNA_F11_2D_CTRL12_13_CFGBLK_OFS 0x0019 /* 2D Sensor Map 13 */
#define SYNA_F11_2D_CTRL12_14_CFGBLK_OFS 0x001A /* 2D Sensor Map 14 */
#define SYNA_F11_2D_CTRL12_15_CFGBLK_OFS 0x001B /* 2D Sensor Map 15 */
#define SYNA_F11_2D_CTRL12_16_CFGBLK_OFS 0x001C /* 2D Sensor Map 16 */
#define SYNA_F11_2D_CTRL12_17_CFGBLK_OFS 0x001D /* 2D Sensor Map 17 */
#define SYNA_F11_2D_CTRL12_18_CFGBLK_OFS 0x001E /* 2D Sensor Map 18 */
#define SYNA_F11_2D_CTRL12_19_CFGBLK_OFS 0x001F /* 2D Sensor Map 19 */
#define SYNA_F11_2D_CTRL12_20_CFGBLK_OFS 0x0020 /* 2D Sensor Map 20 */
#define SYNA_F11_2D_CTRL12_21_CFGBLK_OFS 0x0021 /* 2D Sensor Map 21 */
#define SYNA_F11_2D_CTRL12_22_CFGBLK_OFS 0x0022 /* 2D Sensor Map 22 */
#define SYNA_F11_2D_CTRL12_23_CFGBLK_OFS 0x0023 /* 2D Sensor Map 23 */
#define SYNA_F11_2D_CTRL12_24_CFGBLK_OFS 0x0024 /* 2D Sensor Map 24 */
#define SYNA_F11_2D_CTRL12_25_CFGBLK_OFS 0x0025 /* 2D Sensor Map 25 */
#define SYNA_F11_2D_CTRL12_26_CFGBLK_OFS 0x0026 /* 2D Sensor Map 26 */
#define SYNA_F11_2D_CTRL12_27_CFGBLK_OFS 0x0027 /* 2D Sensor Map 27 */
#define SYNA_F11_2D_CTRL12_28_CFGBLK_OFS 0x0028 /* 2D Sensor Map 28 */
#define SYNA_F11_2D_CTRL12_29_CFGBLK_OFS 0x0029 /* 2D Sensor Map 29 */
#define SYNA_F11_2D_CTRL12_30_CFGBLK_OFS 0x002A /* 2D Sensor Map 30 */
#define SYNA_F11_2D_CTRL12_31_CFGBLK_OFS 0x002B /* 2D Sensor Map 31 */
#define SYNA_F11_2D_CTRL12_32_CFGBLK_OFS 0x002C /* 2D Sensor Map 32 */
#define SYNA_F11_2D_CTRL12_33_CFGBLK_OFS 0x002D /* 2D Sensor Map 33 */
#define SYNA_F11_2D_CTRL12_34_CFGBLK_OFS 0x002E /* 2D Sensor Map 34 */
#define SYNA_F11_2D_CTRL12_35_CFGBLK_OFS 0x002F /* 2D Sensor Map 35 */
#define SYNA_F11_2D_CTRL12_36_CFGBLK_OFS 0x0030 /* 2D Sensor Map 36 */
#define SYNA_F11_2D_CTRL12_37_CFGBLK_OFS 0x0031 /* 2D Sensor Map 37 */
#define SYNA_F11_2D_CTRL12_38_CFGBLK_OFS 0x0032 /* 2D Sensor Map 38 */
#define SYNA_F11_2D_CTRL12_39_CFGBLK_OFS 0x0033 /* 2D Sensor Map 39 */
#define SYNA_F11_2D_CTRL12_40_CFGBLK_OFS 0x0034 /* 2D Sensor Map 40 */
#define SYNA_F11_2D_CTRL12_41_CFGBLK_OFS 0x0035 /* 2D Sensor Map 41 */
#define SYNA_F11_2D_CTRL12_42_CFGBLK_OFS 0x0036 /* 2D Sensor Map 42 */
#define SYNA_F11_2D_CTRL12_43_CFGBLK_OFS 0x0037 /* 2D Sensor Map 43 */
#define SYNA_F11_2D_CTRL12_44_CFGBLK_OFS 0x0038 /* 2D Sensor Map 44 */
#define SYNA_F11_2D_CTRL14_CFGBLK_OFS 0x0066 /* 2D Sensitivity Adjustment */
#define SYNA_F05_ANALOG_CTRL00_CFGBLK_OFS 0x0067 /* Algo Control */
#define SYNA_F05_ANALOG_CTRL01_CFGBLK_OFS 0x0068 /* Reserved */
#define SYNA_F05_ANALOG_CTRL02_CFGBLK_OFS 0x0069 /* Reserved */
#define SYNA_F05_ANALOG_CTRL03_CFGBLK_OFS 0x006A /* Reserved */
#define SYNA_F05_ANALOG_CTRL04_CFGBLK_OFS 0x006B /* Reserved */
#define SYNA_F05_ANALOG_CTRL05_CFGBLK_OFS 0x006C /* Reserved */
#define SYNA_CFGBLK_CRC1_CFGBLK_OFS 0x01FC /* Configuration CRC [7:0] */
#define SYNA_CFGBLK_CRC2_CFGBLK_OFS 0x01FD /* Configuration CRC [15:8] */
#define SYNA_CFGBLK_CRC3_CFGBLK_OFS 0x01FE /* Configuration CRC [23:16] */
#define SYNA_CFGBLK_CRC4_CFGBLK_OFS 0x01FF /* Configuration CRC [31:24] */
/* Masks for interrupt sources */
/* Symbol Name Mask Description */
/* ----------- ---- ----------- */
#define SYNA_F01_RMI_INT_SOURCE_MASK_ALL 0x0002 /* Mask of all Func $01 (RMI) interrupts */
#define SYNA_F01_RMI_INT_SOURCE_MASK_STATUS 0x0002 /* Mask of Func $01 (RMI) 'STATUS' interrupt */
#define SYNA_F05_ANALOG_INT_SOURCE_MASK_ALL 0x0008 /* Mask of all Func $05 (ANALOG) interrupts */
#define SYNA_F05_ANALOG_INT_SOURCE_MASK_ANALOG 0x0008 /* Mask of Func $05 (ANALOG) 'ANALOG' interrupt */
#define SYNA_F11_2D_INT_SOURCE_MASK_ABS0 0x0004 /* Mask of Func $11 (2D) 'ABS0' interrupt */
#define SYNA_F11_2D_INT_SOURCE_MASK_ALL 0x0004 /* Mask of all Func $11 (2D) interrupts */
#define SYNA_F34_FLASH_INT_SOURCE_MASK_ALL 0x0001 /* Mask of all Func $34 (FLASH) interrupts */
#define SYNA_F34_FLASH_INT_SOURCE_MASK_FLASH 0x0001 /* Mask of Func $34 (FLASH) 'FLASH' interrupt */
/* cwz: change to arch/board.h */
#if 1
/**
* struct synaptics_rmi4_platform_data - contains the rmi4 platform data
* @irq_number: irq number
* @irq_type: irq type
* @x flip: x flip flag
* @y flip: y flip flag
* @regulator_en: regulator enable flag
*
* This structure gives platform data for rmi4.
*/
struct synaptics_rmi4_platform_data {
int irq_number;
int irq_type;
bool virtual_keys; //virtual_keys for touch screen without real keys
int lcd_width;
int lcd_height;
int w_delta;
int h_delta;
bool x_flip;
bool y_flip;
bool regulator_en;
};
#endif
#endif /* _SYNAPTICS_RMI4_H_INCLUDED_ */