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vcf_wired_controller_d0g_57bf5c10.mem
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vcf_wired_controller_d0g_57bf5c10.mem
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/**
* This file attempts to track memory/variable usage and purpose for
* vcf_wired_controller_d0g_57bf5c10.bin. This data was obtained via exeLog
* outputs from pinkySim.
*
* MIT License
*
* Copyright (c) 2018 Gregory Gluszek
*
* Permission is hereby granted, free of charge, to any person obtaining a copy
* of this software and associated documentation files (the "Software"), to deal
* in the Software without restriction, including without limitation the rights
* to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
* copies of the Software, and to permit persons to whom the Software is
* furnished to do so, subject to the following conditions:
*
* The above copyright notice and this permission notice shall be included in all
* copies or substantial portions of the Software.
*
* THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
* IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
* FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
* AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
* LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
* OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
* SOFTWARE.
*/
Jingle Memory Breakdown (TODO:WIP):
Each jingle has separate notes for left and right haptics
Each "Note" is 6 bytes
uint8_t dutyCycle Percentage of time pulse is high (0.8 fixed point)
uint8_t UNUSED
uint16_t Frequency Frequency of pulse repeation (in Hz)
uint16_t Duration Duration of note (in ms)
1st 16-bit word is number of notes in Right Jingle (bytes are swapped)
2nd 16-bit word is number of notes in Left Jingle (bytes are swapped)
Next byte is start of Note[0] for Right Jingle
USB_HID0 HID Report Descriptor (len 0x41):
0x0000eeaa - 0x0000eeea
HID_UsagePage(HID_USAGE_PAGE_GENERIC)
HID_Usage(HID_USAGE_GENERIC_KEYBOARD)
HID_ReportCount(1)
HID_Collection(HID_Application)
HID_UsagePage(HID_USAGE_PAGE_KEYBOARD)
HID_UsageMin(224)
HID_UsageMax(231)
HID_LogicalMin(0)
HID_LogicalMax(1)
HID_ReportSize(1)
HID_ReportCount(8)
HID_Input(HID_Variable) // 0x02
HID_ReportCount(1)
HID_ReportSize(8)
HID_Input(HID_Constant) // 0x01
HID_ReportCount(5)
HID_ReportSize(1)
HID_UsagePage(HID_USAGE_PAGE_LED)
HID_UsageMin(1)
HID_UsageMax(5)
HID_Output(HID_Variable)
HID_ReportCount(1)
HID_ReportSize(3)
HID_Output(HID_Constant)
HID_ReportCount(6)
HID_ReportSize(8)
HID_LogicalMin(0)
HID_LogicalMax(101)
HID_UsagePage(HID_USAGE_PAGE_KEYBOARD)
HID_UsageMin(0)
HID_UsageMax(101)
HID_Input(HID_Data) // 0x00
HID_EndCollection
USB_HID1 HID Report Descriptor (len 0x34):
0x0000ee74 - 0x0000eea7
HID_UsagePage(HID_USAGE_PAGE_GENERIC)
HID_Usage(HID_USAGE_GENERIC_MOUSE)
HID_Collection(HID_Application)
HID_Usage(HID_USAGE_GENERIC_POINTER)
HID_Collection(HID_Physical)
HID_UsagePage(HID_USAGE_PAGE_BUTTON)
HID_UsageMin(1)
HID_UsageMax(5)
HID_LogicalMin(0)
HID_LogicalMax(1)
HID_ReportCount(5)
HID_ReportSize(1)
HID_Input(HID_Variable) // 0x02
HID_ReportCount(1)
HID_ReportSize(3)
HID_Input(HID_Constant) // 0x01
HID_UsagePage(HID_USAGE_PAGE_GENERIC)
HID_Usage(HID_USAGE_GENERIC_X)
HID_Usage(HID_USAGE_GENERIC_Y)
HID_Usage(HID_USAGE_GENERIC_WHEEL)
HID_LogicalMin(-127)
HID_LogicalMax(127)
HID_ReportSize(8)
HID_ReportCount(3)
HID_Input(HID_Relative | HID_Variable) // 0x06
HID_EndCollection
USB_HID2 HID Report Descriptor (len 0x21):
0x0000eeee - 0x0000ef0e
HID_UsagePageVendor(HID_USAGE_PAGE_UNDEFINED)
HID_Usage(HID_USAGE_GENERIC_POINTER)
HID_Collection(HID_Application)
HID_LogicalMin(0)
HID_LogicalMaxS(255)
HID_ReportSize(8)
HID_ReportCount(64)
HID_Usage(HID_USAGE_GENERIC_POINTER)
HID_Input(HID_Variable) // 0x02
HID_ReportCount(64)
HID_Usage(HID_USAGE_GENERIC_POINTER)
HID_Output(HID_Variable) // 0x02
HID_ReportSize(64)
HID_Output(HID_Constant) // 0x01
HID_Feature(HID_Variable) // 0x02
HID_EndCollection
(uint8_t*) 0x10000000 - Related to CT16B0. Dictates if CT16B0 has previously
been setup for sleep (so that less work has to be
done for current sleep() call).
(uint8_t*) 0x10000001 - Flag to indicate CT16B0 interrupt has fired and been
handled.
(uint8_t*) 0x10000002 - Counter variable? Related to CT16B1?
(uint8_t*) 0x10000003 - Related to CT16B1?
(uint8_t*) 0x10000004 - Related to CT16B1?
(uint8_t*) 0x10000005 - Counter variable? Related to CT16B1?
(uint8_t*) 0x10000006 - Right Haptic Toggle Frequency (ElecFreq)
(uint8_t*) 0x10000007 - Left Haptic Toggle Frequency (ElecFreq)
(uint8_t*) 0x10000008 - GPIO Bank/Group for TODO GPIO (PIO1_28)
(uint8_t*) 0x10000009 - GPIO Number for TODO GPIO (PIO1_28)
(uint8_t*) 0x1000000a - GPIO Bank/Group for TODO GPIO (PIO0_7)
(uint8_t*) 0x1000000b - GPIO Number for TODO GPIO (PIO0_7)
(uint8_t*) 0x10000010 - Flag related to ADC ISR. For DR6 case this indicates
ADC chnanel 6 has been sampled 8 times.
(uint8_t*) 0x10000011 - Checked in ADC ISR (if 0x10000018 is 8). If set
accumulated ADC results will be processed in IRQ.
(uint8_t*) 0x10000012 - Set bits indicate which ADC channel is active (i.e.
bit 6 for AD6).
(uint32_t*) 0x10000014 - ADC ISR initial delay counter. ADC ISR will run ~300
times (clearing ADC Data Register status bits) before
before any data is actually recorded. Some sort of
delay to make sure whatever is being measured comes
into a steady or known state perhaps?
(uint32_t*) 0x10000018 - ADC ISR sample counter. (For DR6 case) counts up to 8
before 0x10000010 flag is set.
(uint8_t*) 0x1000001c - GPIO Bank/Group for Joystick Power GPIO (PIO0_19)
(uint8_t*) 0x1000001d - GPIO Number for Joystick Power GPIO (PIO0_19)
(uint8_t*) 0x1000001e - Related to Joystick.
(uint8_t*) 0x1000001f - Related to Joystick X/Y position (AD1/AD3)
(uint8_t*) 0x10000021 - Related to Joystick X position (AD1)
(uint8_t*) 0x10000022 - Related to Joystick Y position (AD3)
(uint8_t*) 0x10000023 - AD channel number for joystick X position (AD1)
(uint8_t*) 0x10000024 - AD channel number for joystick Y position (AD3)
(uint16_t*) 0x10000026 - Related to Joystick X position (AD1)
(uint16_t*) 0x10000028 - Related to Joystick Y position (AD3)
(uint16_t*) 0x1000002a - Accumulated ADC value for joystick X position (AD1)
(uint16_t*) 0x1000002c - Accumulated ADC value for joystick Y position (AD3)
(uint16_t*) 0x10000036 - Related to Joystick X position?
(uint16_t*) 0x10000038 - Related to Joystick Y position?
(uint16_t*) 0x1000003a - Related to Joystick X position?
(uint16_t*) 0x1000003c - Related to Joystick X position?
(uint16_t*) 0x1000003e - Related to Joystick X position?
(uint16_t*) 0x10000040 - Related to Joystick Y position.
(uint8_t*) 0x10000044 - CT16B1 related?
(uint8_t*) 0x10000045 - Defines which MAT to enable PWM mode for. (i.e. n in
CT16B1_MATn).
(uint8_t*) 0x10000046 - Related to CT16B1?
(uint8_t*) 0x10000047 - Related to CT16B1? Timer number (i.e. n in C16TBn?)
(uint16_t*) 0x10000048 - Related to CT16B1?
(uint16_t*) 0x1000004a - CT16B1 related?
(uint16_t*) 0x1000004c - CT16B1 related?
(uint16_t*) 0x1000004e - CT16B1 related?
(uint32_t*) 0x10000050 - Base address for timer/counter related to Steam Button
LED (CT16B1).
(uint32_t*) 0x10000054 - Related to C16B1? Callback function of some sort?
(uint32_t*) 0x10000058 - CT16B1 related?
(uint32_t*) 0x1000005c - CT16B1 related?
(uint8_t*) 0x10000060 - Bank/Group for TODO GPIO (PIO1_24) (Radio/USART?)
(uint8_t*) 0x10000061 - GPIO Number for TODO Power GPIO (PIO1_24) (Radio/USART?)
(uint8_t*) 0x10000062 - Bank/Group for TODO GPIO (PIO1_8) (Radio/USART?)
(uint8_t*) 0x10000063 - GPIO Number for TODO Power GPIO (PIO1_8) (Radio/USART?)
(uint8_t*) 0x10000068 - Indicates Right Haptic is in process of playing a Note.
(uint8_t*) 0x10000069 - Indicates Left Haptic is in process of playing a Note.
(uint32_t*) 0x1000006c - Callback. Address of function to call when Note
finishes being played on Right Haptic (i.e. Called from
IRQ context and used to setup next note in Jingle
Note sequence).
(uint32_t*) 0x10000070 - Callback. Address of function to call when Note
finishes being played on Left Haptic (i.e. called from
IRQ context and used to setup next note in Jingle
Note sequence).
(uint8_t*) 0x10000074 - Related to USB being connected or maybe WWDT? Flag set
by SysTick handler after a certain number of
executions.
(uint8_t*) 0x1000007c - Related to checking button states during init?
And/or base address for USB HID related variables?
(uint8_t*) 0x1000007e - Related to checking button states during init?
(uint16_t*) 0x10000080 - USB_HID_REPORT_T field for HID EP1
uint16_t len; /**< Size of the report descriptor in bytes. */
(uint8_t*) 0x10000082 - USB_HID_REPORT_T field for HID EP1
uint8_t idle_time; /**< This value is used by stack to respond to Set_Idle &
GET_Idle requests for the specified report ID. The value
of this field specified the rate at which duplicate reports
are generated for the specified Report ID. For example, a
device with two input reports could specify an idle rate of
20 milliseconds for report ID 1 and 500 milliseconds for
report ID 2.
*/
(uint32_t*) 0x10000084 - USB_HID_REPORT_T field for HID EP1
uint8_t* desc; /**< Report descriptor. */
(uint8_t*) 0x10000088 - HID EP1 related?
(uint8_t*) 0x10000089 - HID EP1 related?
(uint8_t*) 0x1000008a - HID EP1 related?
(uint8_t*) 0x1000008b - HID EP1 related?
(uint8_t*) 0x1000008c - HID EP1 related?
(uint8_t*) 0x1000008d - HID EP1 related?
(uint8_t*) 0x1000008e - HID EP1 related?
(uint8_t*) 0x1000008f - HID EP1 related?
(uint32_t*) 0x10000094 - EEPROM Read Data 0x004 - Board/HW Revision Number
(uint32_t*) 0x100000a4 - System Clock Rate (CCLK) in Hz. (48000000 is calcualted
and stored here based on PLL settings, etc.).
(uint32_t*) 0x100000a8 - static struct i2c_interface i2c[0].ip
IP base address of the I2C device
(uint32_t*) 0x100000ac - static struct i2c_interface i2c[0].clk
Clock used by I2C
(uint32_t*) 0x100000b0 - static struct i2c_interface i2c[0].mEvent
Current active Master event handler
(uint32_t*) 0x100000b4 - static struct i2c_interface i2c[0].sEvent
Slave transfer events
(uint32_t*) 0x100000b8 - static struct i2c_interface i2c[0].mXfer
Current active xfer pointer
(uint32_t*) 0x100000bc - static struct i2c_interface i2c[0].sXfer
Pointer to store xfer when bus is busy
(uint32_t*) 0x100000c0 - static struct i2c_interface i2c[0].flags
Flags used by I2C master and slave
(uint8_t*) 0x100000c4 - Value written to register 0x05 (AnyMeas_AccumBits_ElecFreq) of Right Trackpad ASIC
(uint8_t*) 0x100000c5 - Value written to register 0x06 (AnyMeas_BitLength) of Right Trackpad ASIC
(uint8_t*) 0x100000c6 - Value written to register 0x07 (AnyMeas_ADC_MuxControl) of Right Trackpad ASIC
(uint8_t*) 0x100000c7 - Value written to register 0x08 (AnyMeas_ADC_Config2) of Right Trackpad ASIC
(uint8_t*) 0x100000c8 - Value written to register 0x09 (AnyMeas_ADC_AWidth) of Right Trackpad ASIC
(uint8_t*) 0x100000c9 - Value written to register 0x13 (AnyMeas_Toggle_31_24) of Right Trackpad ASIC
(uint8_t*) 0x100000ca - Value written to register 0x14 (AnyMeas_Toggle_23_16) of Right Trackpad ASIC
(uint8_t*) 0x100000cb - Value written to register 0x15 (AnyMeas_Toggle_15_8) of Right Trackpad ASIC
(uint8_t*) 0x100000cc - Value written to register 0x16 (AnyMeas_Toggle_7_0) of Right Trackpad ASIC
(uint8_t*) 0x100000cd - Value written to register 0x17 (AnyMeas_Polarity_31_24) of Right Trackpad ASIC
(uint8_t*) 0x100000ce - Value written to register 0x18 (AnyMeas_Polarity_23_16) of Right Trackpad ASIC
(uint8_t*) 0x100000cf - Value written to register 0x19 (AnyMeas_Polarity_15_8) of Right Trackpad ASIC
(uint8_t*) 0x100000d0 - Value written to register 0x1a (AnyMeas_Polarity_7_0) of Right Trackpad ASIC
(uint8_t*) 0x100000d1 - Value written to register 0x0a (AnyMeas_pADCMeasInfoStart_High_Byte) of Right Trackpad ASIC
(uint8_t*) 0x100000d2 - Value written to register 0x0b (AnyMeas_pADCMeasInfoStart_Low_Byte) of Right Trackpad ASIC
(uint8_t*) 0x100000d3 - Value written to register 0x0e (AnyMeas_Control_NumMeas) of Right Trackpad ASIC
(uint8_t*) 0x100000d4 - Value written to register 0x05 (AnyMeas_AccumBits_ElecFreq) of Left Trackpad ASIC
(uint8_t*) 0x100000d5 - Value written to register 0x06 (AnyMeas_BitLength) of Left Trackpad ASIC
(uint8_t*) 0x100000d6 - Value written to register 0x07 (AnyMeas_ADC_MuxControl) of Left Trackpad ASIC
(uint8_t*) 0x100000d7 - Value written to register 0x08 (AnyMeas_ADC_Config2) of Left Trackpad ASIC
(uint8_t*) 0x100000d8 - Value written to register 0x09 (AnyMeas_ADC_AWidth) of Left Trackpad ASIC
(uint8_t*) 0x100000d9 - Value written to register 0x13 (AnyMeas_Toggle_31_24) of Left Trackpad ASIC
(uint8_t*) 0x100000da - Value written to register 0x14 (AnyMeas_Toggle_23_16) of Left Trackpad ASIC
(uint8_t*) 0x100000db - Value written to register 0x15 (AnyMeas_Toggle_15_8) of Left Trackpad ASIC
(uint8_t*) 0x100000dc - Value written to register 0x16 (AnyMeas_Toggle_7_0) of Left Trackpad ASIC
(uint8_t*) 0x100000dd - Value written to register 0x17 (AnyMeas_Polarity_31_24) of Left Trackpad ASIC
(uint8_t*) 0x100000de - Value written to register 0x18 (AnyMeas_Polarity_23_16) of Left Trackpad ASIC
(uint8_t*) 0x100000df - Value written to register 0x19 (AnyMeas_Polarity_15_8) of Left Trackpad ASIC
(uint8_t*) 0x100000e0 - Value written to register 0x1a (AnyMeas_Polarity_7_0) of Left Trackpad ASIC
(uint8_t*) 0x100000e1 - Value written to register 0x0a (AnyMeas_pADCMeasInfoStart_High_Byte) of Left Trackpad ASIC
(uint8_t*) 0x100000e2 - Value written to register 0x0b (AnyMeas_pADCMeasInfoStart_Low_Byte) of Left Trackpad ASIC
(uint8_t*) 0x100000e3 - Value written to register 0x0e (AnyMeas_Control_NumMeas) of Left Trackpad ASIC
(uint8_t*) 0x10000200 - GPIO Bank/Group for Haptic Enable GPIO (PIO1_7)
(uint8_t*) 0x10000201 - GPIO Number for Haptic Enable GPIO (PIO1_7)
(uint8_t*) 0x10000202 - Related to Haptics begin enabled?
(uint8_t*) 0x10000203 - GPIO Bank/Group for Right Haptic GPIO (PIO1_12)
(uint8_t*) 0x10000204 - GPIO Bank/Group for Left Haptic GPIO (PIO0_18)
(uint8_t*) 0x10000205 - GPIO Number for Right Haptic GPIO (PIO1_12)
(uint8_t*) 0x10000206 - GPIO Number for Left Haptic GPIO (PIO0_18)
(uint8_t*) 0x10000207 - Related to Right Haptic?
(uint8_t*) 0x10000208 - Related to Left Haptic?
(uint32_t*) 0x1000020c - Related to Right Haptic, CT32B0:MR1, PIO1_12. Number
of times Haptic GPIO is to be pulsed high then low
for current Note.
(uint32_t*) 0x10000210 - Related to Left Haptic, CT32B0:MR2, PIO0_18. Number
of times Haptic GPIO is to be pulsed high then low
for current Note.
(uint32_t*) 0x10000214 - Related to Right Haptic, CT32B0:MR1, PIO1_12. Number
of microseconds for which haptic GPIO should be high
for single pulse of current Note.
(uint32_t*) 0x10000218 - Related to Left Haptic, CT32B0:MR2, PIO0_18. Number
of microseconds for which haptic GPIO should be high
for single pulse of current Note.
(uint32_t*) 0x1000021c - Related to Right Haptic, CT32B0:MR1, PIO1_12. Number
of microseconds for which haptic GPIO should be low
for single pulse of current Note.
(uint32_t*) 0x10000220 - Related to Left Haptic, CT32B0:MR2, PIO0_18. Number
of microseconds for which haptic GPIO should be low
for single pulse of current Note.
(uint32_t*) 0x10000224 - Related to Right Haptic, CT32B0:MR1, PIO1_12. Related to ending of haptic pulse?
(uint32_t*) 0x10000228 - Related to Left Haptic, CT32B0:MR2, PIO0_18. Related to ending of haptic pulse?
(uint8_t*) 0x10000234 - Number of Trackpad ASICs to configure.
Related to SSP0. Copy of 0x20000002.
(uint8_t*) 0x10000235 - Bit 0 relates to Right Haptic/PINT3.
Bit 1 relates to Left Haptic/PINT4.
Bit 4 relates to Left Haptic/PINT4?
(uint8_t*) 0x10000236 - Bit number for SSP0 SYSAHBCLKCTRL clock enable/disable.
(uint8_t*) 0x10000238 - Flag to related to Trackpad. Which AnyMeas Shadown Registers were just read (or are being read?)?
(uint8_t*) 0x1000023a - GPIO group/port for Right Trackpad ASIC Chip Select (PIO1_15).
(uint8_t*) 0x1000023b - GPIO group/port for Left Trackpad ASIC Chip Select (PIO1_6).
(uint8_t*) 0x1000023c - GPIO number/offset for Right Trackpad ASIC Chip Selet (PIO1_15).
(uint8_t*) 0x1000023d - GPIO number/offset for Left Trackpad ASIC Chip Selet (PIO1_6).
(uint8_t*) 0x1000023e - GPIO group/port for Right Trackpad ASIC Data Ready (PIO0_23).
(uint8_t*) 0x1000023f - GPIO group/port for Left Trackpad ASIC Data Ready (PIO1_16)?
(uint8_t*) 0x10000240 - GPIO number/offset for Right Trackpad ASIC Data Ready (PIO0_23).
(uint8_t*) 0x10000241 - GPIO number/offset for Left Trackpad ASIC Data Ready (PIO1_16)?
(uint8_t*) 0x10000242 - Enable for reading ASIC AnyMeas ADC Values (registers 0x11 and 0x12) in PINT3 ISR.
(uint8_t*) 0x10000243 - 0x10000242, but for PINT3/Left Trackpad?
(uint8_t*) 0x10000246 - PINT3/Right Trackpad ASIC related. Counts how many times
times AnyMeas ADC values are read. Used as
index of where to store AnyMeas ADC Values
(read from registers 0x11 and 0x12).
(uint8_t*) 0x10000247 - 0x10000246, but for PINT4/Left Trackpad ASIC.
(uint8_t*) 0x10000248 - PINT3/Right Trackpad ASIC Related. Value is inverted
after a certain number of PINT3 IRQs. This is an index
to select which global values are being udpated by
the PINT3 ISR SPI transactions and which are being
read (i.e. you want one stable copy while the other is
updating)
(uint8_t*) 0x10000249 - 0x10000248, but for PINT4/Left Trackpad ASIC.
(uint8_t*) 0x1000024a - Flag related to PINT3 (PIO0_23 - DR for Right Haptic).
Once PINT3 has fired the desired number of times
(and expected data has been gathered) this flag is set.
(uint8_t*) 0x1000024b - 0x1000024a, but for PINT4/Left Trackpad ASIC.
(uint8_t*) 0x1000024c - Flag related to PINT3/Right Trackpad ASIC. Set after a
10 of runs of PINT3 ISR.
(uint8_t*) 0x1000024d - 0x1000024c, but for PINT4/Left Trackpad ASIC.
(uint8_t*) 0x1000024e - PINT3/Right Trackpad ASIC mode? Value relates to how
ISR reacts (i.e. when 0x1000024a is set).
0 = compensation calculation.
1 = mouse mode operation (maybe)?
2 = ?? operation?
(uint8_t*) 0x1000024f - 0x1000024e, but for PINT4/Left Trackpad ASIC.
(uint32_t*) 0x10000250 - Related to interrupts being enabled/disabled.
Incremented after after interrupt disable (via cps).
Decremented (and checked to be 0) before interrupt
enable (via cps). Ony used in early init?
(uint16_t*) 0x10000254 - 1. EEPROM Read Data 0x000 - Magic Number to indicate
EEPROM has valid data (early init only)
2. SSP0 control register base address
(uint16_t*) 0x10000256 - EEPROM Read Data 0x002 - Continuation of Magic Number?
(uint32_t*) 0x10000258 - 1. EEPROM Read Data 0x004 - Board/HW Revision Number
(uint16_t*) 0x10000258 - 2. Related to Right Trackpad ASIC register values read
via PINT3 ISR, AnyMeas ADC Vals (i.e. Registers 0x12 and 0x11)
Related to simulated mouse maybe?
Or maybe Finger Down?
(uint16_t*) 0x1000025a - 2. Related to Left Trackpad ASIC register values read
via PINT4 ISR, AnyMeas ADC Vals (i.e. Registers 0x12 and 0x11)
Related to simulated mouse maybe?
Or maybe Finger Down?
(uint32_t*) 0x10000260 - System Clock Frequency in Hz
(uint32_t*) 0x10000264 - Counter for the number of times in the main loop in
which the Right Trackpad ISR did not produce results.
If this reaches 5 an attempt is made to reinit the
the Trackpad ASIC via SPI commands.
(uint32_t*) 0x10000268 - 0x10000264 but for Left Trackpad.
(uint32_t*) 0x1000026c - Related to Right Trackpad and Compenstated ADC Values
(i.e. Array starting at 0x10000c00). Counter?
(uint32_t*) 0x10000270 - 0x1000026c, but for Left Trackpad.
(uint8_t*) 0x1000027e - Related to (Right?) EP2/Trackpad (in mouse mode?)
(uint8_t*) 0x1000027f - Related to (Left?) EP2/Trackpad (in mouse mode?)
(uint8_t*) 0x10000281 - Flag related to ??
(uint8_t*) 0x100002ac - GPIO Bank/Group for TODO (power/battery related?) GPIO
(PIO1_10)
(uint8_t*) 0x100002ad - GPIO Number/Offset for TODO GPIO (power/battery
related?) (PIO1_10)
(uint8_t*) 0x100002ae - Controls whether or not to invert output for TODO
(power/battery related?) GPIO (PIO1_10)?
(uint8_t*) 0x100002af - Indicates which AD channel is being sampled (related
to GPIO1_10?)
(uint8_t*) 0x100002b0 - GPIO Bank/Group for PINT1 GPIO (PIO0_2)
(uint8_t*) 0x100002b1 - GPIO Number for PINT1 GPIO (PIO0_2)
(uint8_t*) 0x100002b2 - Inverted value of PINT1 GPIO (PIO0_2) read before
setting up interrupt.
(uint8_t*) 0x100002b3 - Related to power or battery or someting? If PIO1_12 is
high, this is set to high. If PIO1_12 is low, this is
set value of PIO0_18.
(uint8_t*) 0x100002b4 - Checked on loop once init reaches a certain point...
Check if is equal to 0x100002b7. Also, checked if is
0 by fnc0x00005204().
(uint8_t*) 0x100002b5 - Related to 0x100002b4?
(uint8_t*) 0x100002b6 - Related to reading AD6 DR6?? Some sort of flag/bool?
(uint8_t*) 0x100002b7 - Checked on loop once init reaches a certain point...
Check if is equal to 0x100002b4
Cleared upon USB Resume (i.e. by USB_Resume_Event()
if USB suspended flag (0x10000345) is set).
(uint16_t*) 0x100002b8 - Voltage related to DR6 in mV? Checked if is greater
than or equal to 0x000005dc if PIO0_2=1 during boot
when USB_VBUS=0, PIO0_18=1, PIO1_12=1.
(uint16_t*) 0x100002ba - Compared to 0x100002b8...
(uint32_t*) 0x100002bc - Function pointer. Called in PINT1. PINT1 GPIO = PIO0_2.
(float*) 0x100002c0 - Multiplication value of 3.3 voltage related to
converting DR6 ADC value.
(uint32_t*) 0x100002c4 - Counter. Related to next open position in array of
function pointers starting at 0x10000dd8.
(uint32_t*) 0x100002c8 - USB HID3 related? Related to SysTick 0x10000338
counter incremented in SysTick exception handler.
(uint32_t*) 0x100002cc - Value calculated based on DR6 average value?? (DR6
ADC value converted to voltage level maybe?)
(int8_t*) 0x100002d0 - GPIO group/base for active low Analog Trigger enable
(GPIO1_1)
(int8_t*) 0x100002d1 - GPIO num/offset for active low Analog Trigger enable
(GPIO1_1)
(int8_t*) 0x100002d2 - Related to JTAG TDI_PIO0_11 MODE settings?
(int8_t*) 0x100002d3 - Related to JTAG TDO_PIO0_13 MODE settings?
(int8_t*) 0x100002d4 - Related to JTAG TDI_PIO0_11 setup?
(int8_t*) 0x100002d5 - Related to JTAG TDO_PIO0_13 setup?
(int8_t*) 0x100002d8 - Related to PendSV? (Possibly) Cleared in PendSV.
(uint8_t*) 0x100002db - Circular UART TX Buffer read pointer?
Checked in USB_Configure_Event...
(uint8_t*) 0x100002dc - Circular UART TX Buffer write pointer?
(uint8_t*) 0x100002dd - Counts how many bytes are queued in USART TX FIFO?
Checked in USB_Configure_Event...
(uint8_t*) 0x100002de - Related to USART (Radio)? Checked in PendSV.
(uint32_t*) 0x100002e0 - Fnc Pointer/callback. Called in PendSV. Also related
to USART (Radio)?
(uint8_t*) 0x100002e4 - Related to USART (Radio)?
(uint32_t*) 0x100002f4 = Related to USART (Radio)?
(uint8_t*) 0x10000310 - ADC channel (AD2) associated with Right Trigger depth
measurement functionality.
(uint8_t*) 0x10000311 - ADC channel (AD0) associated with Left Trigger depth
measurement functionality.
(uint16_t*) 0x10000312 - AD2 (Right Trigger Analog) related.
(uint16_t*) 0x10000314 - AD0 (Left Trigger Analog) related.
(uint16_t*) 0x10000316 - AD2 (Right Trigger Analog) related.
(uint16_t*) 0x10000318 - AD0 (Left Trigger Analog) related.
(uint32_t*) 0x1000031c - Related to ADC Channel 0/2?
(uint16_t*) 0x10000324 - Related to SysTick. Counts up to 9 and then sets
0x10000074 flag and clears.
(uint16_t*) 0x10000326 - Related to SysTick? Counter realted to real-time
(i.e. calculating 1 ms accurately...?)
(uint32_t*) 0x10000328 - Related to SysTick? Counter realted to real-time
(i.e. calculating 1 ms accurately...?) Defines by
how much 0x10000330 and 0x10000324 increment each
tyime SysTick exception fires.
(uint32_t*) 0x1000032c - Related to SysTick? Counter realted to real-time
(i.e. calculating 1 ms accurately...?)
(uint32_t*) 0x10000330 - Related to CT16B1? And/or SysTick? Counter realted to
real-time (i.e. calculating 1 ms accurately...?)
(uint32_t*) 0x10000334 - Related to CT16B1? And/or SysTick? Counter realted to
real-time (i.e. calculating 1 ms accurately...?)
(uint32_t*) 0x10000338 - USB HID3 related? Incremented in SysTick handler
after initial delay.
(uint32_t*) 0x1000033c - Function pointer for SysTick?
(uint8_t*) 0x10000340 - Related to interrupts being enabled/disabled.
Incremented after after interrupt disable (via cps).
Decremented (and checked to be 0) before interrupt
enable (via cps). (Similar to 0x10000250, but used
after early init). Effectively a locking mechanism
(i.e. counting semaphore).
(uint8_t*) 0x10000344 - Flag set when USB_Configure_Event executes.
(uint8_t*) 0x10000345 - Flag that indicates if USB is suspended.
Is set when USB_Suspend_Event executes.
Is cleared if set when USB_Resume_Event executes.
(uint32_t*) 0x10000348 - Function pointer. Called in USB_Configure_Event() and
then cleared after called... Call once only?
(uint32_t*) 0x1000034c - USBD_HANDLE_T (is typedef void*)
(uint32_t*) 0x10000350 - (const USBD_API_T *)LPC_ROM_API->usbdApiBase (0x1fff1f24)
(uint32_t*) 0x10000354 - Tracks bottom of USB stack, as HID devices/eps are added
(i.e. mem_base from last USBD init call)
(uint32_t*) 0x10000358 - Tracks USB stack memory available as HID devices/eps are added
(i.e. mem_size from last USBD init call)
(uint8_t*) 0x1000035c - EP2 related?
(uint8_t*) 0x1000035d - EP2 related?
(uint8_t*) 0x10000360 - EP2 related?
(uint8_t*) 0x10000361 - EP2 related?
(uint8_t*) 0x10000362 - EP2 related?
(uint8_t*) 0x10000363 - EP2 related?
(uint8_t*) 0x10000364 - EP2 related?
(uint8_t*) 0x10000365 - EP2 related?
(uint8_t*) 0x10000366 - EP2 related?
(uint8_t*) 0x10000367 - EP2 related?
(uint16_t*) 0x10000368 - USB_HID_REPORT_T field for HID EP2
uint16_t len; /**< Size of the report descriptor in bytes. */
(uint8_t*) 0x1000036a - USB_HID_REPORT_T field for HID EP2
uint8_t idle_time; /**< This value is used by stack to respond to Set_Idle &
GET_Idle requests for the specified report ID. The value
of this field specified the rate at which duplicate reports
are generated for the specified Report ID. For example, a
device with two input reports could specify an idle rate of
20 milliseconds for report ID 1 and 500 milliseconds for
report ID 2.
*/
(uint32_t*) 0x1000036c - USB_HID_REPORT_T field for HID EP2
uint8_t* desc; /**< Report descriptor. */
(uint8_t*) 0x10000370 - EP3 related?
(uint8_t*) 0x10000371 - EP3 related?
(uint8_t*) 0x10000372 - EP3 related?
(uint32_t*) 0x10000374 - Stores address of EP3 (0x83) data buffer (i.e. place
where updates message data is stored).
(uint32_t*) 0x1000037c - EP3 related? Related to 0x10000330??
(uint32_t*) 0x10000380 - EP3 related?
(uint32_t*) 0x10000388 - EP3 related?
(uint32_t*) 0x1000038c - EP3 related?
(uint16_t*) 0x10000390 - USB_HID_REPORT_T field for HID EP3
uint16_t len; /**< Size of the report descriptor in bytes. */
(uint8_t*) 0x10000392 - USB_HID_REPORT_T field for HID EP3
uint8_t idle_time; /**< This value is used by stack to respond to Set_Idle &
GET_Idle requests for the specified report ID. The value
of this field specified the rate at which duplicate reports
are generated for the specified Report ID. For example, a
device with two input reports could specify an idle rate of
20 milliseconds for report ID 1 and 500 milliseconds for
report ID 2.
*/
(uint32_t*) 0x10000394 - USB_HID_REPORT_T field for HID EP3
uint8_t* desc; /**< Report descriptor. */
(uint32_t*) 0x100003a4 - Related to haptics?
(uint16_t*) 0x100003a8 - Index of note in jingle currently being played on right haptic.
(uint16_t*) 0x100003aa - Index of note in jingle currently being played on left haptic.
(uint32_t*) 0x100003b0 - Stores base address for notes of selected Right Haptic Jingle
(uint32_t*) 0x100003b4 - Stores base address for notes of selected Left Haptic Jingle
(uint32_t*) 0x100007e8 - Related to CT16B0?
(uint32_t*) 0x100007f0 - Related to CT32B0.
(uint32_t*) 0x10000818 - Callback function for CT16B0.
(uint32_t*) 0x10000834 - Related to CT16B1 MR3??
(uint32_t*) 0x1000083c - Callback related to CT32B0.
(uint32_t*) 0x10000840 - Callback related to CT32B0.
(uint32_t*) 0x10000858 - Callback[0] related to Joystick?
(uint32_t*) 0x1000085c - Callback[1] related to Joystick?
(uint32_t*) 0x10000860 - Callback[2] related to ??
(uint32_t*) 0x10000860 - Callback[3] related to ??
(uint32_t*) 0x10000868 - Callback[4] related to Left Analog Trigger (AD0)
(uint32_t*) 0x1000086c - Callback[5] related to Right Analog Trigger (AD2)
(uint32_t*) 0x10000870 - Callback[6] related to Trackpad ASIC??
(uint32_t*) 0x10000874 - Callback[7] related to Trackpad ASIC??
(uint32_t*) 0x10000878 - Callback[8] related to Trackpad ASIC??
(uint32_t*) 0x1000087c - Callback[9] related to ??
(uint32_t*) 0x10000880 - Callback[10] related to ??
(uint32_t*) 0x10000884 - Callback[11] related to ??
(uint32_t*) 0x10000888 - Callback[12] related to ??
(uint32_t*) 0x1000088c - Callback[13] related to ??
(uint32_t*) 0x10000890 - Callback[14] related to ??
(uint32_t*) 0x10000894 - Callback[15] related to ??
(uint32_t*) 0x10000898 - Callback[16] related to ??
(uint32_t*) 0x1000089c - Callback[17] related to ??
(uint32_t*) 0x100008a0 - Callback[18] related to ??
(uint32_t*) 0x100008a4 - Callback[19] related to ??
(uint32_t*) 0x100008a8 - Callback[20] related to Left Analog Trigger (AD0)
(uint32_t*) 0x100008ac - Callback[21] related to Right Analog Trigger (AD2)
(uint32_t*) 0x100008b0 - Callback[22] related to Joystick X position (AD1)
(uint32_t*) 0x100008b4 - Callback[23] related to Joystick Y position (AD3)
(uint32_t*) 0x100008b8 - Callback[24] related to ??
(uint32_t*) 0x100008bc - Callback[25] related to ??
(uint32_t*) 0x100008c0 - Callback[26] related to ??
(uint32_t*) 0x100008c4 - Callback[27] related to ??
(uint32_t*) 0x100008c8 - Callback[28] related to ??
(uint32_t*) 0x100008cc - Callback[29] related to ??
(uint32_t*) 0x100008d0 - Callback[30] related to ??
(uint32_t*) 0x100008d4 - Callback[31] related to ??
(uint32_t*) 0x100008d8 - Callback[32] related to ??
(uint32_t*) 0x100008dc - Callback[33] related to ??
(uint32_t*) 0x100008e0 - Callback[34] related to ??
(uint32_t*) 0x100008e4 - Callback[35] related to ??
(uint32_t*) 0x100008e8 - Callback[36] related to ??
(uint32_t*) 0x100008ec - Callback[37] related to ??
(uint32_t*) 0x100008f0 - Callback[38] related to ??
(uint32_t*) 0x100008f4 - Callback[39] related to ??
(uint32_t*) 0x100008f8 - Callback[40] related to ??
(uint32_t*) 0x100008fc - Callback[41] related to ??
(uint32_t*) 0x10000900 - Callback[42] related to ??
(uint32_t*) 0x10000904 - Callback[43] related to ??
(uint32_t*) 0x10000908 - Callback[44] related to ??
(uint32_t*) 0x1000090c - Callback[45] related to ??
(uint32_t*) 0x10000910 - Callback[46] related to ??
(uint32_t*) 0x10000914 - Callback[46] related to ??
(uint32_t*) 0x10000918 - Callback[48] related to ??
(uint32_t*) 0x1000091c - Callback[49] related to ??
(uint32_t*) 0x10000920 - Callback[50] related to ??
(uint8_t*) 0x10000924 - Enabled/Configured Flag[0] related to S6 RT Button
(uint8_t*) 0x10000925 - Enabled/Configured Flag[1] related to S3 LT Button
(uint8_t*) 0x10000926 - Enabled/Configured Flag[2] related to S9 Y Button
(uint8_t*) 0x10000927 - Enabled/Configured Flag[3] related to S4 B Button
(uint8_t*) 0x10000928 - Enabled/Configured Flag[4] related to S7 X Button
(uint8_t*) 0x10000929 - Enabled/Configured Flag[5] related to S1 A Button
(uint8_t*) 0x1000092a - Enabled/Configured Flag[6] related to S10 Right Bumper Button
(uint8_t*) 0x1000092b - Enabled/Configured Flag[7] related to S8 Left Bumper Button
(uint8_t*) 0x1000092c - Enabled/Configured Flag[8] related to S2 Left Trackpad Click Button
(uint8_t*) 0x1000092d - Enabled/Configured Flag[9] related to S19 Front Right Arrow Button
(uint8_t*) 0x1000092e - Enabled/Configured Flag[10] related to S18 Steam Button
(uint8_t*) 0x1000092f - Enabled/Configured Flag[11] related to S17 Front Left Arrow Button
(uint8_t*) 0x10000930 - Enabled/Configured Flag[12] related to ?? Button
(uint8_t*) 0x10000931 - Enabled/Configured Flag[13] related to ?? Button
(uint8_t*) 0x10000932 - Enabled/Configured Flag[14] related to ?? Button
(uint8_t*) 0x10000933 - Enabled/Configured Flag[15] related to ?? Button
(uint8_t*) 0x10000934 - Enabled/Configured Flag[16] related to ?? Button
(uint8_t*) 0x10000935 - Enabled/Configured Flag[17] related to ?? Button
(uint8_t*) 0x10000936 - Enabled/Configured Flag[18] related to ?? Button
(uint8_t*) 0x10000937 - Enabled/Configured Flag[19] related to ?? Button
(uint8_t*) 0x10000938 - Enabled/Configured Flag[20] related to S14 Left Inner Grip Button
(uint8_t*) 0x10000939 - Enabled/Configured Flag[21] related to S16 Right Inner Grip Button
(uint8_t*) 0x1000093a - Enabled/Configured Flag[22] related to ?? Button
(uint8_t*) 0x1000093b - Enabled/Configured Flag[23] related to ?? Button
(uint8_t*) 0x1000093c - Enabled/Configured Flag[24] related to ?? Button
(uint8_t*) 0x1000093d - Enabled/Configured Flag[25] related to ?? Button
(uint8_t*) 0x1000093e - Enabled/Configured Flag[26] related to ?? Button
(uint8_t*) 0x1000093f - Enabled/Configured Flag[27] related to ?? Button
(uint8_t*) 0x10000940 - Enabled/Configured Flag[28] related to ?? Button
(uint8_t*) 0x10000941 - Enabled/Configured Flag[29] related to ?? Button
(uint8_t*) 0x10000942 - Enabled/Configured Flag[30] related to ?? Button
(uint8_t*) 0x10000943 - Enabled/Configured Flag[31] related to ?? Button
(uint8_t*) 0x10000944 - Enabled/Configured Flag[32] related to ?? Button
(uint8_t*) 0x10000945 - Enabled/Configured Flag[33] related to ?? Button
(uint8_t*) 0x10000946 - Enabled/Configured Flag[34] related to ?? Button
(uint8_t*) 0x10000947 - Enabled/Configured Flag[35] related to ?? Button
(uint8_t*) 0x10000948 - Enabled/Configured Flag[36] related to ?? Button
(uint8_t*) 0x10000949 - Enabled/Configured Flag[37] related to ?? Button
(uint8_t*) 0x1000094a - Enabled/Configured Flag[38] related to ?? Button
(uint8_t*) 0x1000094b - Enabled/Configured Flag[39] related to ?? Button
(uint8_t*) 0x1000094c - Enabled/Configured Flag[40] related to ?? Button
(uint8_t*) 0x1000094d - Enabled/Configured Flag[41] related to ?? Button
(uint8_t*) 0x1000094e - Enabled/Configured Flag[42] related to S? Analog Joystick Click Button
(uint8_t*) 0x1000094f - Enabled/Configured Flag[43] related to S5 Right Trackpad Click Button
(uint8_t*) 0x10000950 - Enabled/Configured Flag[44] related to ?? Button
(uint8_t*) 0x10000951 - Enabled/Configured Flag[45] related to ?? Button
(uint8_t*) 0x10000952 - Enabled/Configured Flag[46] related to ?? Button
(uint8_t*) 0x10000953 - Button GPIO group/base[0] S6 Right Trigger Button
(uint8_t*) 0x10000954 - Button GPIO num/offset[0] S6 Right Trigger Button
(uint8_t*) 0x10000955 - Button GPIO group/base[1] S3 Left Trigger Button
(uint8_t*) 0x10000956 - Button GPIO num/offset[1] S3 Left Trigger Button
(uint8_t*) 0x10000957 - Button GPIO group/base[2] S9 Y Button
(uint8_t*) 0x10000958 - Button GPIO num/offset[2] S9 Y Button
(uint8_t*) 0x10000959 - Button GPIO group/base[3] S4 B Button
(uint8_t*) 0x1000095a - Button GPIO num/offset[3] S4 B Button
(uint8_t*) 0x1000095b - Button GPIO group/base[4] S7 X Button
(uint8_t*) 0x1000095c - Button GPIO num/offset[4] S7 X Button
(uint8_t*) 0x1000095d - Button GPIO group/base[5] S1 A Button
(uint8_t*) 0x1000095e - Button GPIO num/offset[5] S1 A Button
(uint8_t*) 0x1000095f - Button GPIO group/base[6] S10 Right Bumper Button
(uint8_t*) 0x10000960 - Button GPIO num/offset[6] S10 Right Bumper Button
(uint8_t*) 0x10000961 - Button GPIO group/base[7] S8 Left Bumper Button
(uint8_t*) 0x10000962 - Button GPIO num/offset[7] S8 Left Bumper Button
(uint8_t*) 0x10000963 - Button GPIO group/base[8] S2 Left Trackpad Click Button
(uint8_t*) 0x10000964 - Button GPIO num/offset[8] S2 Left Trackpad Click Button
(uint8_t*) 0x10000965 - Button GPIO group/base[9] S19 Front Right Arrow Button
(uint8_t*) 0x10000966 - Button GPIO num/offset[9] S19 Front Right Arrow Button
(uint8_t*) 0x10000967 - Button GPIO group/base[10] S18 Steam Button
(uint8_t*) 0x10000968 - Button GPIO num/offset[10] S18 Steam Button
(uint8_t*) 0x10000969 - Button GPIO group/base[11] S17 Front Left Arrow Button
(uint8_t*) 0x1000096a - Button GPIO num/offset[11] S17 Front Left Arrow Button
(uint8_t*) 0x1000096b - Button GPIO group/base[12] ??
(uint8_t*) 0x1000096c - Button GPIO num/offset[12] ??
(uint8_t*) 0x1000096d - Button GPIO group/base[13] ??
(uint8_t*) 0x1000096e - Button GPIO num/offset[13] ??
(uint8_t*) 0x1000096f - Button GPIO group/base[14] ??
(uint8_t*) 0x10000970 - Button GPIO num/offset[14] ??
(uint8_t*) 0x10000971 - Button GPIO group/base[15] ??
(uint8_t*) 0x10000972 - Button GPIO num/offset[15] ??
(uint8_t*) 0x10000973 - Button GPIO group/base[16] ??
(uint8_t*) 0x10000974 - Button GPIO num/offset[16] ??
(uint8_t*) 0x10000975 - Button GPIO group/base[17] ??
(uint8_t*) 0x10000976 - Button GPIO num/offset[17] ??
(uint8_t*) 0x10000977 - Button GPIO group/base[18] ??
(uint8_t*) 0x10000978 - Button GPIO num/offset[18] ??
(uint8_t*) 0x10000979 - Button GPIO group/base[19] ??
(uint8_t*) 0x1000097a - Button GPIO num/offset[19] ??
(uint8_t*) 0x1000097b - Button GPIO group/base[20] S14 Left Inner Grip Button
(uint8_t*) 0x1000097c - Button GPIO num/offset[20] S14 Left Inner Grip Button
(uint8_t*) 0x1000097d - Button GPIO group/base[21] S16 Right Inner Grip Button
(uint8_t*) 0x1000097e - Button GPIO num/offset[21] S16 Right Inner Grip Button
(uint8_t*) 0x1000097f - Button GPIO group/base[22] ??
(uint8_t*) 0x10000980 - Button GPIO num/offset[22] ??
(uint8_t*) 0x10000981 - Button GPIO group/base[23] ??
(uint8_t*) 0x10000982 - Button GPIO num/offset[23] ??
(uint8_t*) 0x10000983 - Button GPIO group/base[24] ??
(uint8_t*) 0x10000984 - Button GPIO num/offset[24] ??
(uint8_t*) 0x10000985 - Button GPIO group/base[25] ??
(uint8_t*) 0x10000986 - Button GPIO num/offset[25] ??
(uint8_t*) 0x10000987 - Button GPIO group/base[26] ??
(uint8_t*) 0x10000988 - Button GPIO num/offset[26] ??
(uint8_t*) 0x10000989 - Button GPIO group/base[27] ??
(uint8_t*) 0x1000098a - Button GPIO num/offset[27] ??
(uint8_t*) 0x1000098b - Button GPIO group/base[28] ??
(uint8_t*) 0x1000098c - Button GPIO num/offset[28] ??
(uint8_t*) 0x1000098d - Button GPIO group/base[29] ??
(uint8_t*) 0x1000098e - Button GPIO num/offset[29] ??
(uint8_t*) 0x1000098f - Button GPIO group/base[30] ??
(uint8_t*) 0x10000990 - Button GPIO num/offset[30] ??
(uint8_t*) 0x10000991 - Button GPIO group/base[31] ??
(uint8_t*) 0x10000992 - Button GPIO num/offset[31] ??
(uint8_t*) 0x10000993 - Button GPIO group/base[32] ??
(uint8_t*) 0x10000994 - Button GPIO num/offset[32] ??
(uint8_t*) 0x10000995 - Button GPIO group/base[33] ??
(uint8_t*) 0x10000996 - Button GPIO num/offset[33] ??
(uint8_t*) 0x10000997 - Button GPIO group/base[34] ??
(uint8_t*) 0x10000998 - Button GPIO num/offset[34] ??
(uint8_t*) 0x10000999 - Button GPIO group/base[35] ??
(uint8_t*) 0x1000099a - Button GPIO num/offset[35] ??
(uint8_t*) 0x1000099b - Button GPIO group/base[36] ??
(uint8_t*) 0x1000099c - Button GPIO num/offset[36] ??
(uint8_t*) 0x1000099d - Button GPIO group/base[37] ??
(uint8_t*) 0x1000099e - Button GPIO num/offset[37] ??
(uint8_t*) 0x1000099f - Button GPIO group/base[38] ??
(uint8_t*) 0x100009a0 - Button GPIO num/offset[38] ??
(uint8_t*) 0x100009a1 - Button GPIO group/base[39] ??
(uint8_t*) 0x100009a2 - Button GPIO num/offset[39] ??
(uint8_t*) 0x100009a3 - Button GPIO group/base[40] ??
(uint8_t*) 0x100009a4 - Button GPIO num/offset[40] ??
(uint8_t*) 0x100009a5 - Button GPIO group/base[41] ??
(uint8_t*) 0x100009a6 - Button GPIO num/offset[41] ??
(uint8_t*) 0x100009a7 - Button GPIO group/base[42] S? Analog Joystick Click Button
(uint8_t*) 0x100009a8 - Button GPIO num/offset[42] S? Analog Joystick Click Button
(uint8_t*) 0x100009a9 - Button GPIO group/base[43] S5 Right Trackpad Click Button
(uint8_t*) 0x100009aa - Button GPIO num/offset[43] S5 Right Trackpad Click Button
(uint8_t*) 0x100009ab - Button GPIO group/base[44] ??
(uint8_t*) 0x100009ac - Button GPIO num/offset[44] ??
(uint8_t*) 0x100009ad - Button GPIO group/base[45] ??
(uint8_t*) 0x100009ae - Button GPIO num/offset[45] ??
(uint8_t*) 0x100009af - Button GPIO group/base[46] ??
(uint8_t*) 0x100009b0 - Button GPIO num/offset[46] ??
(uint8_t*) 0x100009b1 - Unused/packing/alignment?
(uint8_t*) 0x100009b2 - Unused/packing/alignment?
(uint8_t*) 0x100009b3 - Unused/packing/alignment?
(uint16_t*) 0x100009b4 - EEPROM Read Data 0x000 - Magic Number to indicate
EEPROM has valid data
(uint16_t*) 0x100009b6 - EEPROM Read Data 0x002 - Continuation of Magic Number?
(uint32_t*) 0x100009b8 - EEPROM Read Data 0x004 - Board/HW Revision Number
(uint8_t*) 0x100009b9 - EEPROM Read Data 0x005 - Uknown purpose
(uint8_t*) 0x100009ba - EEPROM Read Data 0x006 - Uknown purpose
(uint8_t*) 0x100009bb - EEPROM Read Data 0x007 - Uknown purpose
(uint8_t*) 0x100009bc - EEPROM Read Data 0x008 - Uknown purpose
(uint8_t*) 0x100009bd - EEPROM Read Data 0x009 - Uknown purpose
(uint8_t*) 0x100009be - EEPROM Read Data 0x00a - Uknown purpose
(uint8_t*) 0x100009bf - EEPROM Read Data 0x00b - Uknown purpose
(uint8_t*) 0x100009c0 - EEPROM Read Data 0x00c - Uknown purpose
(uint8_t*) 0x100009c1 - EEPROM Read Data 0x00d - Uknown purpose
(uint8_t*) 0x100009c2 - EEPROM Read Data 0x00e - Uknown purpose
(uint8_t*) 0x100009c3 - EEPROM Read Data 0x00f - Uknown purpose
(uint8_t*) 0x100009c4 - EEPROM Read Data 0x010 - Uknown purpose
(uint8_t*) 0x100009c5 - EEPROM Read Data 0x011 - Uknown purpose
(uint8_t*) 0x100009c6 - EEPROM Read Data 0x012 - Uknown purpose
(uint8_t*) 0x100009c7 - EEPROM Read Data 0x013 - Uknown purpose
(uint8_t*) 0x100009c8 - EEPROM Read Data 0x014 - Uknown purpose
(uint8_t*) 0x100009c9 - EEPROM Read Data 0x015 - Uknown purpose
(uint8_t*) 0x100009ca - EEPROM Read Data 0x016 - Uknown purpose
(uint8_t*) 0x100009cb - EEPROM Read Data 0x017 - Uknown purpose
(uint8_t*) 0x100009cc - EEPROM Read Data 0x018 - Uknown purpose
(uint8_t*) 0x100009cd - EEPROM Read Data 0x019 - Uknown purpose
(uint8_t*) 0x100009ce - EEPROM Read Data 0x01a - Uknown purpose
(uint8_t*) 0x100009cf - EEPROM Read Data 0x01b - Uknown purpose
(uint8_t*) 0x100009d0 - EEPROM Read Data 0x01c - Uknown purpose
(uint8_t*) 0x100009d1 - EEPROM Read Data 0x01d - Uknown purpose
(uint8_t*) 0x100009d2 - EEPROM Read Data 0x01e - Uknown purpose
(uint8_t*) 0x100009d3 - EEPROM Read Data 0x01f - Uknown purpose
(uint8_t*) 0x100009d4 - EEPROM Read Data 0x020 - Uknown purpose
(uint8_t*) 0x100009d5 - EEPROM Read Data 0x021 - Uknown purpose
(uint8_t*) 0x100009d6 - EEPROM Read Data 0x022 - Uknown purpose
(uint8_t*) 0x100009d7 - EEPROM Read Data 0x023 - Uknown purpose
(uint8_t*) 0x100009d8 - EEPROM Read Data 0x024 - Uknown purpose
(uint8_t*) 0x100009d9 - EEPROM Read Data 0x025 - Uknown purpose
(uint8_t*) 0x100009da - EEPROM Read Data 0x026 - Uknown purpose
(uint8_t*) 0x100009db - EEPROM Read Data 0x027 - Uknown purpose
(uint8_t*) 0x100009dc - EEPROM Read Data 0x028 - Uknown purpose
(uint8_t*) 0x100009dd - EEPROM Read Data 0x029 - Uknown purpose
(uint8_t*) 0x100009de - EEPROM Read Data 0x02a - Uknown purpose
(uint8_t*) 0x100009df - EEPROM Read Data 0x02b - Uknown purpose
(uint8_t*) 0x100009e0 - EEPROM Read Data 0x02c - Uknown purpose
(uint8_t*) 0x100009e1 - EEPROM Read Data 0x02d - Uknown purpose
(uint8_t*) 0x100009e2 - EEPROM Read Data 0x02e - Uknown purpose
(uint8_t*) 0x100009e3 - EEPROM Read Data 0x02f - Uknown purpose
(uint8_t*) 0x100009e4 - EEPROM Read Data 0x030 - Uknown purpose
(uint8_t*) 0x100009e5 - EEPROM Read Data 0x031 - Uknown purpose
(uint8_t*) 0x100009e6 - EEPROM Read Data 0x032 - Uknown purpose
(uint8_t*) 0x100009e7 - EEPROM Read Data 0x033 - Uknown purpose
(uint16_t*) 0x100009e8 - EEPROM Read Data 0x034 - Related to Joystick?
(uint16_t*) 0x100009ea - EEPROM Read Data 0x036 - Related to Joystick?
(uint8_t*) 0x100009ec - EEPROM Read Data 0x038 - Uknown purpose
(uint8_t*) 0x100009ed - EEPROM Read Data 0x039 - Uknown purpose
(uint8_t*) 0x100009ee - EEPROM Read Data 0x03a - Uknown purpose
(uint8_t*) 0x100009ef - EEPROM Read Data 0x03b - Uknown purpose
(uint8_t*) 0x100009f0 - EEPROM Read Data 0x03c - Uknown purpose
(uint8_t*) 0x100009f1 - EEPROM Read Data 0x03d - Uknown purpose
(uint8_t*) 0x100009f2 - EEPROM Read Data 0x03e - Uknown purpose
(uint8_t*) 0x100009f3 - EEPROM Read Data 0x03f - Uknown purpose
(uint8_t*) 0x100009f4 - EEPROM Read Data 0x040 - Uknown purpose
(uint8_t*) 0x100009f5 - EEPROM Read Data 0x041 - Uknown purpose
(uint8_t*) 0x100009f6 - EEPROM Read Data 0x042 - Uknown purpose
(uint8_t*) 0x100009f7 - EEPROM Read Data 0x043 - Uknown purpose
(uint8_t*) 0x100009f8 - EEPROM Read Data 0x044 - Uknown purpose
(uint8_t*) 0x100009f9 - EEPROM Read Data 0x045 - Uknown purpose
(uint8_t*) 0x100009fa - EEPROM Read Data 0x046 - Uknown purpose
(uint8_t*) 0x100009fb - EEPROM Read Data 0x047 - Uknown purpose
(uint8_t*) 0x100009fc - EEPROM Read Data 0x048 - Uknown purpose
(uint8_t*) 0x100009fd - EEPROM Read Data 0x049 - Uknown purpose
(uint8_t*) 0x100009fe - EEPROM Read Data 0x04a - Uknown purpose
(uint8_t*) 0x100009ff - EEPROM Read Data 0x04b - Uknown purpose
(uint8_t*) 0x10000a00 - EEPROM Read Data 0x04c - Uknown purpose
(uint8_t*) 0x10000a01 - EEPROM Read Data 0x04d - Uknown purpose
(uint8_t*) 0x10000a02 - EEPROM Read Data 0x04e - Uknown purpose
(uint8_t*) 0x10000a03 - EEPROM Read Data 0x04f - Uknown purpose
(uint8_t*) 0x10000a04 - EEPROM Read Data 0x050 - Uknown purpose
(uint8_t*) 0x10000a05 - EEPROM Read Data 0x051 - Uknown purpose
(uint8_t*) 0x10000a06 - EEPROM Read Data 0x052 - Uknown purpose
(uint8_t*) 0x10000a07 - EEPROM Read Data 0x053 - Uknown purpose
(uint8_t*) 0x10000a08 - EEPROM Read Data 0x054 - Uknown purpose
(uint8_t*) 0x10000a09 - EEPROM Read Data 0x055 - Uknown purpose
(uint8_t*) 0x10000a0a - EEPROM Read Data 0x056 - Uknown purpose
(uint8_t*) 0x10000a0b - EEPROM Read Data 0x057 - Uknown purpose
(uint8_t*) 0x10000a0c - EEPROM Read Data 0x058 - Uknown purpose
(uint8_t*) 0x10000a0d - EEPROM Read Data 0x059 - Uknown purpose
(uint8_t*) 0x10000a0e - EEPROM Read Data 0x05a - Uknown purpose
(uint8_t*) 0x10000a0f - EEPROM Read Data 0x05b - Uknown purpose
(uint8_t*) 0x10000a10 - EEPROM Read Data 0x05c - Uknown purpose
(uint8_t*) 0x10000a11 - EEPROM Read Data 0x05d - Uknown purpose
(uint8_t*) 0x10000a12 - EEPROM Read Data 0x05e - Uknown purpose
(uint8_t*) 0x10000a13 - EEPROM Read Data 0x05f - Uknown purpose
(uint8_t*) 0x10000a14 - EEPROM Read Data 0x060 - Uknown purpose
(uint8_t*) 0x10000a15 - EEPROM Read Data 0x061 - Uknown purpose
(uint8_t*) 0x10000a16 - EEPROM Read Data 0x062 - Uknown purpose
(uint8_t*) 0x10000a17 - EEPROM Read Data 0x063 - Uknown purpose
(uint8_t*) 0x10000a18 - EEPROM Read Data 0x064 - Uknown purpose
(uint8_t*) 0x10000a19 - EEPROM Read Data 0x065 - Uknown purpose
(uint8_t*) 0x10000a1a - EEPROM Read Data 0x066 - Uknown purpose
(uint8_t*) 0x10000a1b - EEPROM Read Data 0x067 - Uknown purpose
(uint8_t*) 0x10000a1c - EEPROM Read Data 0x068 - Uknown purpose
(uint8_t*) 0x10000a1d - EEPROM Read Data 0x069 - Uknown purpose
(uint8_t*) 0x10000a1e - EEPROM Read Data 0x06a - Uknown purpose
(uint8_t*) 0x10000a1f - EEPROM Read Data 0x06b - Uknown purpose
(uint8_t*) 0x10000a20 - EEPROM Read Data 0x06c - Uknown purpose
(uint8_t*) 0x10000a21 - EEPROM Read Data 0x06d - Uknown purpose
(uint8_t*) 0x10000a22 - EEPROM Read Data 0x06e - Uknown purpose
(uint8_t*) 0x10000a23 - EEPROM Read Data 0x06f - Uknown purpose
(uint8_t*) 0x10000a24 - EEPROM Read Data 0x070 - Uknown purpose
(uint8_t*) 0x10000a25 - EEPROM Read Data 0x071 - Uknown purpose
(uint8_t*) 0x10000a26 - EEPROM Read Data 0x072 - Uknown purpose
(uint8_t*) 0x10000a27 - EEPROM Read Data 0x073 - Uknown purpose
(uint8_t*) 0x10000a28 - EEPROM Read Data 0x074 - Power-on Jingle Index
(uint8_t*) 0x10000a29 - EEPROM Read Data 0x075 - Power-off Jingle Index
(uint8_t*) 0x10000a2a - EEPROM Read Data 0x076 - Uknown purpose
(uint8_t*) 0x10000a2b - EEPROM Read Data 0x077 - Uknown purpose
(uint8_t*) 0x10000a2c - EEPROM Read Data 0x078 - Uknown purpose
(uint8_t*) 0x10000a2d - EEPROM Read Data 0x079 - Uknown purpose
(uint8_t*) 0x10000a2e - EEPROM Read Data 0x07a - Uknown purpose
(uint8_t*) 0x10000a2f - EEPROM Read Data 0x07b - Uknown purpose
(uint8_t*) 0x10000a30 - EEPROM Read Data 0x07c - Uknown purpose
(uint8_t*) 0x10000a31 - EEPROM Read Data 0x07d - Uknown purpose
(uint8_t*) 0x10000a32 - EEPROM Read Data 0x07e - Uknown purpose
(uint8_t*) 0x10000a33 - EEPROM Read Data 0x07f - Uknown purpose
(uint8_t*) 0x10000a34 - EEPROM Read Data 0x080 - Uknown purpose
(uint8_t*) 0x10000a35 - EEPROM Read Data 0x081 - Uknown purpose
(uint8_t*) 0x10000a36 - EEPROM Read Data 0x082 - Uknown purpose
(uint8_t*) 0x10000a37 - EEPROM Read Data 0x083 - Uknown purpose
(uint8_t*) 0x10000a38 - Value of Right Trackpad ASIC Register 0x12, filled
by call 0 to PINT3. Shadow copy[0].
AnyMeasAdcVal[0] low byte (read of ADC Address 0x1DF?)
(uint8_t*) 0x10000a39 - Value of Right Trackpad ASIC Register 0x11, filled
by call 0 to PINT3. Shadow copy[0].
AnyMeasAdcVal[0] high byte (read of ADC Address 0x1DF?)
(uint8_t*) 0x10000a3a - Value of Right Trackpad ASIC Register 0x12, filled
by call 1 to PINT3. Shadow copy[0].
AnyMeasAdcVal[1] low byte (read of ADC Address 0x???)
(uint8_t*) 0x10000a3b - Value of Right Trackpad ASIC Register 0x11, filled
by call 1 to PINT3. Shadow copy[0].
AnyMeasAdcVal[1] high byte (read of ADC Address 0x???)
(uint8_t*) 0x10000a3c - Value of Right Trackpad ASIC Register 0x12, filled
by call 2 to PINT3. Shadow copy[0].
AnyMeasAdcVal[2] low byte (read of ADC Address 0x???)
(uint8_t*) 0x10000a3d - Value of Right Trackpad ASIC Register 0x11, filled
by call 2 to PINT3. Shadow copy[0].
AnyMeasAdcVal[2] high byte (read of ADC Address 0x???)
(uint8_t*) 0x10000a3e - Value of Right Trackpad ASIC Register 0x12, filled
by call 3 to PINT3. Shadow copy[0].
AnyMeasAdcVal[3] low byte (read of ADC Address 0x???)
(uint8_t*) 0x10000a3f - Value of Right Trackpad ASIC Register 0x11, filled
by call 3 to PINT3. Shadow copy[0].
AnyMeasAdcVal[3] high byte (read of ADC Address 0x???)
(uint8_t*) 0x10000a40 - Value of Right Trackpad ASIC Register 0x12, filled
by call 4 to PINT3. Shadow copy[0].
AnyMeasAdcVal[4] low byte (read of ADC Address 0x???)
(uint8_t*) 0x10000a41 - Value of Right Trackpad ASIC Register 0x11, filled
by call 4 to PINT3. Shadow copy[0].
AnyMeasAdcVal[4] high byte (read of ADC Address 0x???)
(uint8_t*) 0x10000a42 - Value of Right Trackpad ASIC Register 0x12, filled
by call 5 to PINT3. Shadow copy[0].
AnyMeasAdcVal[5] low byte (read of ADC Address 0x???)
(uint8_t*) 0x10000a43 - Value of Right Trackpad ASIC Register 0x11, filled
by call 5 to PINT3. Shadow copy[0].
AnyMeasAdcVal[5] high byte (read of ADC Address 0x???)
(uint8_t*) 0x10000a44 - Value of Right Trackpad ASIC Register 0x12, filled
by call 6 to PINT3. Shadow copy[0].
AnyMeasAdcVal[6] low byte (read of ADC Address 0x???)
(uint8_t*) 0x10000a45 - Value of Right Trackpad ASIC Register 0x11, filled
by call 6 to PINT3. Shadow copy[0].
AnyMeasAdcVal[6] high byte (read of ADC Address 0x???)
(uint8_t*) 0x10000a46 - Value of Right Trackpad ASIC Register 0x12, filled
by call 7 to PINT3. Shadow copy[0].
AnyMeasAdcVal[7] low byte (read of ADC Address 0x???)
(uint8_t*) 0x10000a47 - Value of Right Trackpad ASIC Register 0x11, filled
by call 7 to PINT3. Shadow copy[0].
AnyMeasAdcVal[7] high byte (read of ADC Address 0x???)
(uint8_t*) 0x10000a48 - Value of Right Trackpad ASIC Register 0x12, filled
by call 8 to PINT3. Shadow copy[0].
AnyMeasAdcVal[8] low byte (read of ADC Address 0x???)
(uint8_t*) 0x10000a49 - Value of Right Trackpad ASIC Register 0x11, filled
by call 8 to PINT3. Shadow copy[0].
AnyMeasAdcVal[8] high byte (read of ADC Address 0x???)
(uint8_t*) 0x10000a4a - Value of Right Trackpad ASIC Register 0x12, filled
by call 9 to PINT3. Shadow copy[0].
AnyMeasAdcVal[9] low byte (read of ADC Address 0x???)
(uint8_t*) 0x10000a4b - Value of Right Trackpad ASIC Register 0x11, filled
by call 9 to PINT3. Shadow copy[0].
AnyMeasAdcVal[9] high byte (read of ADC Address 0x???)
(uint8_t*) 0x10000a4c - Value of Right Trackpad ASIC Register 0x12, filled
by call 10 to PINT3. Shadow copy[0].
AnyMeasAdcVal[10] low byte (read of ADC Address 0x???)
(uint8_t*) 0x10000a4d - Value of Right Trackpad ASIC Register 0x11, filled
by call 10 to PINT3. Shadow copy[0].
AnyMeasAdcVal[10] high byte (read of ADC Address 0x???)
(uint8_t*) 0x10000a4e - Value of Right Trackpad ASIC Register 0x12, filled
by call 11 to PINT3. Shadow copy[0].
AnyMeasAdcVal[11] low byte (read of ADC Address 0x???)
(uint8_t*) 0x10000a4f - Value of Right Trackpad ASIC Register 0x11, filled
by call 11 to PINT3. Shadow copy[0].
AnyMeasAdcVal[11] high byte (read of ADC Address 0x???)
(uint8_t*) 0x10000a50 - Value of Right Trackpad ASIC Register 0x12, filled
by call 12 to PINT3. Shadow copy[0].
AnyMeasAdcVal[12] low byte (read of ADC Address 0x???)
(uint8_t*) 0x10000a51 - Value of Right Trackpad ASIC Register 0x11, filled
by call 12 to PINT3. Shadow copy[0].
AnyMeasAdcVal[12] high byte (read of ADC Address 0x???)
(uint8_t*) 0x10000a52 - Value of Right Trackpad ASIC Register 0x12, filled
by call 13 to PINT3. Shadow copy[0].
AnyMeasAdcVal[13] low byte (read of ADC Address 0x???)
(uint8_t*) 0x10000a53 - Value of Right Trackpad ASIC Register 0x11, filled
by call 13 to PINT3. Shadow copy[0].
AnyMeasAdcVal[13] high byte (read of ADC Address 0x???)
(uint8_t*) 0x10000a54 - Value of Right Trackpad ASIC Register 0x12, filled
by call 14 to PINT3. Shadow copy[0].
AnyMeasAdcVal[14] low byte (read of ADC Address 0x???)
(uint8_t*) 0x10000a55 - Value of Right Trackpad ASIC Register 0x11, filled
by call 14 to PINT3. Shadow copy[0].
AnyMeasAdcVal[14] high byte (read of ADC Address 0x???)
(uint8_t*) 0x10000a56 - Value of Right Trackpad ASIC Register 0x12, filled