/* SPDX-License-Identifier: GPL-2.0-only */

#define ASL_PVOL_DEFOF_NUM 0xe8

Scope(\)
{
	// These fields come from the Global NVS area
	Field (GNVS,AnyAcc,Lock,Preserve)
	{
		Offset(33),
		B2SC, 8,		// (33) Battery 2 Stored Capacity
		Offset(36),
		B2SS, 8			// (36) Battery 2 Stored Status
	}
}

Scope (\_SB)
{
	#include "hid.asl"
}

Scope (\_SB.PCI0)
{
	// Add the entries for the PS/2 keyboard and mouse.
	#include <drivers/pc80/pc/ps2_controller.asl>
}

Scope (\_SB.PCI0.LPCB)
{
	// Include the definitions for accessing CMOS.
	#include "cmos.asl"

	// Our embedded controller device.
	Device (H_EC)
	{
		Name (_HID, EISAID ("PNP0C09"))		// ACPI Embedded Controller
		Name (_UID, 1)
		Name (_GPE, EC_GPE_SCI)

		// ECDT (Embedded Controller Boot Resources Table) Check to correct
		// ECAV flag in the beginning
		Name(ECTK, 1)
		Name(ECFG, 0)
		Name(WIBT, 0)
		Name(APST, 0)

		Name(ECON, 1)		// AC debug
		Name(BNUM, 0)		// Number Of Batteries Present
		Name(PVOL, ASL_PVOL_DEFOF_NUM)
		Name(B1CC, 0)
		Name(B2CC, 0)

		Name(B2ST, 0)
		Name(CFAN, 0)
		Name(CMDR, 0)
		Name(DOCK, 0)
		Name(EJET, 0)
		Name(MCAP, 0)
		Name(PLMX, 0)
		Name(PECH, 0)
		Name(PECL, 0)
		Name(PENV, 0)
		Name(PINV, 0)
		Name(PPSH, 0)
		Name(PPSL, 0)
		Name(PSTP, 0)
		Name(RPWR, 0)
		Name(LIDS, 0)
		Name(SLPC, 0)
		Name(VPWR, 0)
		Name(WTMS, 0)
		Name(AWT2, 0)
		Name(AWT1, 0)
		Name(AWT0, 0)
		Name(DLED, 0)
		Name(IBT1, 0)
		Name(ECAV, 1)		// Support DPTF feature
		Name(SPT2, 0)
		Name(PB10, 0)
		Name(IWCW, 0)
		Name(IWCR, 0)
		Name(BTEN, 0)
		Mutex(ECMT, 0)

		Method (_CRS, 0, Serialized)
		{
			Name (BFFR, ResourceTemplate()
			{
				IO (Decode16, 0x62, 0x62, 0x00, 0x01)
				IO (Decode16, 0x66, 0x66, 0x00, 0x01)
			})
			Return (BFFR)
		}

		Method (_STA, 0, NotSerialized)
		{
			If ((ECON == 1))
			{
				Return (0x0F)
			}

			Return (0x00)
		}

		Name (ECOK, Zero)
		Method(_REG, 2, NotSerialized)
		{
			If ((Arg0 == 0x03) && (Arg1 == 0x01))
			{
				ECOS = 1
				ECAV = 1

				// Unconditionally fix up the Battery and Power State.

				// Initialize the Number of Present Batteries.
				// 1 = Real Battery 1 is present
				// 2 = Real Battery 2 is present
				// 3 = Real Battery 1 and 2 are present
				BNUM = 0
				BNUM |= ((ECRD (RefOf (ECWR)) & 0x02) >> 1)

				// Save the current Power State for later.
				// Store (PWRS, Local0)

				// Initialize the Power State.
				// BNUM = 0 = Virtual Power State
				// BNUM > 0 = Real Power State
				If (BNUM == 0x00)
				{
					\PWRS = ECRD (RefOf (VPWR))
				}
				Else
				{
					\PWRS = (ECRD (RefOf (ECWR)) & 0x01)
				}
				PNOT()

				/* Initialize LID switch state */
				\LIDS = LIDS
			}

			// Flag that the OS supports ACPI.
			\_SB.PCI0.LPCB.H_EC.ECOS = 1
		}

		Name (S3OS, Zero)
                Method (PTS, 1, Serialized)
                {
                        Debug = Concatenate("EC: PTS: ", ToHexString(Arg0))
                        If (ECOK) {
				S3OS = ECOS
			}
			\_SB.PCI0.LPCB.H_EC.ECOS = 0
                }

                Method (WAK, 1, Serialized)
                {
                        Debug = Concatenate("EC: WAK: ", ToHexString(Arg0))
			If (ECOK) {
				ECOS = S3OS
			}
                        \_SB.PCI0.LPCB.H_EC.ECOS = 1
                }

		OperationRegion (SIPR, SystemIO, 0xB2, 0x1)
		Field (SIPR, ByteAcc, Lock, Preserve)
		{
			SMB2, 8
		}

		// EC RAM fields
		OperationRegion(ECF2, EmbeddedControl, 0, 0xFF)
		Field (ECF2, ByteAcc, Lock, Preserve)
		{
			XXX0, 8,	// EC Firmware main- version number.
			XXX1, 8,	// EC Firmware sub- version number.
			XXX2, 8,	// EC Firmware test- version number.

			Offset(0x06),
			SKID, 8,	// SKU ID

			Offset(0x11),
			KBCD, 8,	// Key / Touch Pad disable/enable bit
			ECOS, 8,	// Enter OS flag
			HDAO, 8,
			ECHK, 8,	// Hot keys flag

			Offset(0x18),
			KLBS, 8,	// Keyboard backlight begin.
			KLBE, 8,	// Keyboard backlight status.

			Offset(0x1A),
			KBLT, 8,	// Keyboard Backlight Timeout
			PWPF, 8,	// Power Profile

			Offset(0x1E),
			BTHP,8,		// Health Battery Percentage

			Offset(0x20),
			RCMD, 8,	// Same function as IO 66 port to send EC command
			RCST, 8,	// Report status for the result of command execution

			Offset(0x2C),
			FNST, 8,	// FN LOCK key status.

			Offset(0x3F),
			SFAN, 8,	// Set Fan Speed.
			BTMP, 16,	// Battery Temperature.
			BCNT, 16,	// Battery Cycle Count.
			FRMP, 16,	// Fan Current Speed.

			Offset(0x60),
			TSR1, 8,	// Thermal Sensor Register 1 [CPU VR (IMVP) Temp on RVP]
			TSR2, 8,	// Thermal Sensor Register 2 [Heat exchanger fan temp on RVP]
			TER4, 8,	// Thermal Sensor Register 3 (skin temperature)

			Offset(0x63),
			TSI,4,	// [0..3]  0 = SEN1 - CPU VR temperature sensor
					// 1 = SEN2 - Heat Exchanger temperature sensor
					// 2 = SEN3 - Skin temperature sensor
					// 3 = SEN4 - Ambient temperature sensor
					// 4 = SEN5 - DIMM temperature sensor [IR sensor 1 on WSB]
					// 5 = SEN6 - not used on RVP
			HYST, 4,	// [4..7] - Hysteresis in degC.
			TSHT, 8,	// Thermal Sensor (N) high trip point(set default value =70)
			TSLT, 8,	// Thermal Sensor (N) low trip point (set default value =70)
			TSSR, 8,	// TSSR- thermal sensor status register (set bit2 =1)
					// BIT0:SEN1 - CPU VR Temp Sensor Trip Flag
					// BIT1:SEN2 - Fan Temp Sensor Trip Flag
					// BIT2:SEN3 - Skin Temp Sensor Trip Flag
					// BIT3:SEN4 - Ambient Temp Sensor Trip Flag
					// BIT4:Reserved
					// BIT5:Reserved
					// BIT6:Reserved
					// BIT7:Reserved
			CHGR, 16,	// Charge Rate

			Offset(0x70),
			CPTM, 8,	// CPU Temperature

			Offset(0x72),
			TER2, 8,	// Charger Temperature, Charger thermistor support

			Offset(0x7F),
			LSTE, 1,	// Lid feature
					// BIT0LID GPI
			, 7,	// Reserved

			Offset(0x80),
			ECWR, 8,	// AC & Battery status
			XX10, 8,	// Battery#1 Model Number Code
			XX11, 16,	// Battery#1 Serial Number
			B1DC, 16,	// Battery#1 Design Capacity
			B1FV, 16,	// Battery#1 Design Voltage
			B1FC, 16,	// Battery#1 Last Full Charge Capacity
			XX15, 16,	// Battery#1 Trip Point
			B1ST, 8,	// Battery#1 State
			B1CR, 16,	// Battery#1 Present Rate
			B1RC, 16,	// Battery#1 Remaining Capacity
			B1VT, 16,	// Battery#1 Present Voltage
			BPCN, 8,	// Battery#1 Remaining percentage

			// USB Type C Mailbox Interface// PPM->OPM Message In
			Offset(0xc0),
			MGI0, 8,
			MGI1, 8,
			MGI2, 8,
			MGI3, 8,
			MGI4, 8,
			MGI5, 8,
			MGI6, 8,
			MGI7, 8,
			MGI8, 8,
			MGI9, 8,
			MGIA, 8,
			MGIB, 8,
			MGIC, 8,
			MGID, 8,
			MGIE, 8,
			MGIF, 8,

			// USB Type C Mailbox Interface// OPM->PPM Message Out
			MGO0, 8,
			MGO1, 8,
			MGO2, 8,
			MGO3, 8,
			MGO4, 8,
			MGO5, 8,
			MGO6, 8,
			MGO7, 8,
			MGO8, 8,
			MGO9, 8,
			MGOA, 8,
			MGOB, 8,
			MGOC, 8,
			MGOD, 8,
			MGOE, 8,
			MGOF, 8,

			// USB Type C UCSI DATA Structure.
			VER1, 8,
			VER2, 8,
			RSV1, 8,
			RSV2, 8,

			// PPM->OPM CCI indicator
			CCI0, 8,
			CCI1, 8,
			CCI2, 8,
			CCI3, 8,

			// OPM->PPM Control message
			CTL0, 8,
			CTL1, 8,
			CTL2, 8,
			CTL3, 8,
			CTL4, 8,
			CTL5, 8,
			CTL6, 8,
			CTL7, 8,

			Offset(0xF0),
			, 3,// BIT0 .. BIT2 Reserved
			TPCC, 1,// BIT3 TypeC connection bit
			, 2,// BIT4 .. BIT5 Reserved
			DRMD, 1,// Bit6 Dual Role Mode. 0->DFP: Host mode; 1->UFP: Device Mode.
			, 1,// BIT7 Reserved
		}

		Method (ECMD, 0, Serialized)
		{
		}

		Method (ECWT, 2, Serialized,,, {IntObj, FieldUnitObj})
		{
			Local0 = Acquire (ECMT, 1000)
			If (Local0 == 0x00)
			{
				If (ECAV)
				{
					// Execute write to Embedded Controller
					Arg1 = Arg0
				}
				Release (ECMT)
			}
		}

		Method (ECRD, 1, Serialized, 0, IntObj, FieldUnitObj)
		{
			Local0 = Acquire (ECMT, 1000)
			If (Local0 == 0)
			{
				If (ECAV)
				{
					// Execute read from Embedded Controller
					Local1 = DerefOf (Arg0)
					Release (ECMT)
					Return (Local1)
				}
				Else
				{
					Release (ECMT)
				}
			}
			Return (Local1)
		}

		// Include the other parts of the Embedded Controller ASL.
		#include "keyboard.asl"
		#include "battery.asl"
		#include "ac.asl"
		#include "lid.asl"

		// Method(_Q45) // SMM Mode - Not used in coreboot
		// {
		//	SMB2 = 0xC1
		// }
	}
}