#
# For a description of the syntax of this configuration file,
# see the file kconfig-language.txt in the NuttX tools repository.
#

if ARCH_CHIP_ESP32

comment "ESP32 Configuration Options"

choice
	prompt "ESP32 Chip Selection"
	default ARCH_CHIP_ESP32WROVER

config ARCH_CHIP_ESP32S0WD
	bool "ESP32-S0WD"
	select ESP32_ESP32SXWDXX
	---help---
		ESP32 chip with a single Xtensa LX6 core, no embedded Flash memory

config ARCH_CHIP_ESP32D0WD
	bool "ESP32-D0WD"
	select ESP32_ESP32DXWDXX
	---help---
		ESP32 chip with a dual Xtensa LX6 core, no embedded Flash memory

config ARCH_CHIP_ESP32D2WD
	bool "ESP32-D2WD"
	select ESP32_ESP32DXWDXX
	select ESP32_FLASH_2M
	---help---
		ESP32 chip with a dual Xtensa LX6 core, 2 MB of in-package Flash memory

config ARCH_CHIP_ESP32U4WD
	bool "ESP32-U4WD"
	select ESP32_ESP32UXWDXX
	select ESP32_FLASH_4M
	---help---
		ESP32 chip with a single Xtensa LX6 core, 4 MB of in-package Flash memory

config ARCH_CHIP_ESP32WROOM32
	bool "ESP32-WROOM-32"
	select ESP32_ESP32DXWDXX
	select ESP32_FLASH_4M
	---help---
		Generic module with an embedded ESP32-D0WD chip, 4 MB of Flash memory

config ARCH_CHIP_ESP32WROOM32_8MB
	bool "ESP32-WROOM-32 (8MB)"
	select ESP32_ESP32DXWDXX
	select ESP32_FLASH_8M
	---help---
		Generic module with an embedded ESP32-D0WD chip, 8 MB of Flash memory

config ARCH_CHIP_ESP32WROOM32_16MB
	bool "ESP32-WROOM-32 (16MB)"
	select ESP32_ESP32DXWDXX
	select ESP32_FLASH_16M
	---help---
		Generic module with an embedded ESP32-D0WD chip, 16 MB of Flash memory

config ARCH_CHIP_ESP32WROVER
	bool "ESP32-WROVER"
	select ESP32_ESP32DXWDXX
	select ESP32_FLASH_4M
	select ESP32_PSRAM_8M
	---help---
		Generic module with an embedded ESP32-D0WD chip, 4 MB of Flash memory,
		8 MB of PSRAM

config ARCH_CHIP_ESP32MINI1
	bool "ESP32-MINI-1"
	select ESP32_ESP32UXWDXX
	select ESP32_FLASH_4M
	---help---
		Generic module with an embedded ESP32-U4WD chip

config ARCH_CHIP_ESP32SOLO1
	bool "ESP32-SOLO-1"
	select ESP32_ESP32SXWDXX
	select ESP32_FLASH_4M
	---help---
		Generic module with an embedded ESP32-S0WD chip, 4 MB of Flash memory

config ARCH_CHIP_ESP32_A1S
	bool "Ai-Thinker ESP32-A1S"
	select ESP32_ESP32DXWDXX
	select ESP32_FLASH_16M
	select ESP32_PSRAM_8M
	---help---
		Ai-Thinker ESP32-A1S module with an embedded ESP32-D0WD chip, 16 MB of
		Flash memory, 8 MB of PSRAM

config ARCH_CHIP_ESP32PICOD4
	bool "ESP32-PICO-D4"
	select ESP32_ESP32DXWDXX
	select ESP32_FLASH_4M
	---help---
		ESP32 chip with a dual Xtensa LX6 core, 4 MB of in-package Flash memory

endchoice # ESP32 Chip Selection

config ESP32_SINGLE_CPU
	bool
	default n

config ESP32_DUAL_CPU
	bool
	default n

config ESP32_FLASH_2M
	bool
	default n

config ESP32_FLASH_4M
	bool
	default n

config ESP32_FLASH_8M
	bool
	default n

config ESP32_FLASH_16M
	bool
	default n

config ESP32_FLASH_DETECT
	bool "Auto-detect FLASH size"
	default y
	---help---
		Auto detect flash size when flashing.

config ESP32_PSRAM_8M
	bool
	default n

config ESP32_ESP32SXWDXX
	bool
	default n
	select ESP32_SINGLE_CPU
	select ARCH_HAVE_I2CRESET

config ESP32_ESP32UXWDXX
	bool
	default n
	select ESP32_SINGLE_CPU
	select ARCH_HAVE_I2CRESET

config ESP32_ESP32DXWDXX
	bool
	default n
	select ESP32_DUAL_CPU
	select ARCH_HAVE_I2CRESET

choice ESP32_DEFAULT_CPU_FREQ
	prompt "CPU frequency"
	default ESP32_DEFAULT_CPU_FREQ_240
	---help---
		CPU frequency to be set on application startup.

config ESP32_DEFAULT_CPU_FREQ_80
	bool "80 MHz"

config ESP32_DEFAULT_CPU_FREQ_160
	bool "160 MHz"

config ESP32_DEFAULT_CPU_FREQ_240
	bool "240 MHz"

endchoice # ESP32_DEFAULT_CPU_FREQ

config ESP32_DEFAULT_CPU_FREQ_MHZ
	int
	default 80 if ESP32_DEFAULT_CPU_FREQ_80
	default 160 if ESP32_DEFAULT_CPU_FREQ_160
	default 240 if ESP32_DEFAULT_CPU_FREQ_240

choice
	prompt "On-board Crystal Frequency"
	default ESP32_XTAL_40MZ

config ESP32_XTAL_40MZ
	bool "40MHz"

config ESP32_XTAL_26MHz
	bool "26MHz"

endchoice # On-board Crystal Frequency

config ESP32_RT_TIMER
	bool "Real-time Timer"
	default n
	select ESP32_TIMER0

config ESP32_RUN_IRAM
	bool "Run from IRAM"
	default n
	---help---
		This loads all of NuttX inside IRAM.  Used to test somewhat small
		images that can fit entirely in IRAM.

config ESP32_EXCEPTION_ENABLE_CACHE
	bool
	default y
	depends on ESP32_SPIFLASH
	---help---
		When an exception triggers, the panic function reenables the SPI Flash
		cache to allow functions that are located in SPI Flash to run.
		Disable this option to save IRAM space.

menu "ESP32 Peripheral Selection"

config ESP32_UART
	bool
	default n

config ESP32_TIMER
	bool
	default n

config ESP32_WDT
	bool
	default n

config ESP32_BT
	bool "Bluetooth"
	default n
	depends on EXPERIMENTAL
	---help---
		No yet implemented

config ESP32_EFUSE
	bool "EFUSE support"
	default n
	---help---
		Enable ESP32 efuse support.

config ESP32_EMAC
	bool "Ethernet MAC"
	default n
	select NET
	---help---
		Enable ESP32 ethernet support.

config ESP32_I2C
	bool
	default n

config ESP32_TWAI
	bool
	default n
	select CAN

config ESP32_LEDC
	bool "LEDC (PWM)"
	default n
	select PWM
	select ARCH_HAVE_PWM_MULTICHAN
	---help---
		Enable support to PWM on ESP32 using LEDC peripheral.

config ESP32_PCNT
	bool "Pulse Counter (PCNT / QE) Module"
	default n
	---help---
		Pulse Counter is currently used to implement Quadracture
		Encoder.

config ESP32_RMT
	bool "Remote Control Module (RMT)"
	default n
	depends on EXPERIMENTAL
	---help---
		Remote Control Module is currently used to control WS2812
		RGB LED normally used on LED strips.

config ESP32_RNG
	bool "Random Number Generator (RNG)"
	default n
	select ARCH_HAVE_RNG
	---help---
		ESP32 supports a RNG that passed on Dieharder test suite.

config ESP32_SDIO_SAVE
	bool "SDIO Slave"
	default n
	depends on EXPERIMENTAL
	---help---
		No yet implemented

config ESP32_SDMMC
	bool "SD/MMC card support"
	default n
	depends on EXPERIMENTAL
	---help---
		No yet implemented

config ESP32_I2S
	bool "I2S"
	select I2S
	---help---
		See the Board Selection menu to configure the pins used by I2S.

if ESP32_I2S

config ESP32_I2S0
	bool "I2S 0"
	default n
	select ARCH_DMA
	select ESP32_GPIO_IRQ

if ESP32_I2S0

config ESP32_I2S0_RX
	bool "Enable I2S receiver"
	default y
	---help---
		Enable I2S receive logic

config ESP32_I2S0_TX
	bool "Enable I2S transmitter"
	default y
	---help---
		Enable I2S transmit logic

choice
	prompt "I2S0 role"
	default ESP32_I2S0_ROLE_MASTER
	---help---
		Selects the operation role of the I2S0.

config ESP32_I2S0_ROLE_MASTER
	bool "Master"

config ESP32_I2S0_ROLE_SLAVE
	bool "Slave"

endchoice

choice
	prompt "Bit width"
	---help---
		Selects the valid data bits per sample.
		Note that this option may be overwritten by the audio
		according to the bit width of the file being played

config ESP32_I2S0_DATA_BIT_WIDTH_8BIT
	bool "8 bits"

config ESP32_I2S0_DATA_BIT_WIDTH_16BIT
	bool "16 bits"

config ESP32_I2S0_DATA_BIT_WIDTH_24BIT
	bool "24 bits"

config ESP32_I2S0_DATA_BIT_WIDTH_32BIT
	bool "32 bits"

endchoice

config ESP32_I2S0_DATA_BIT_WIDTH
	int
	default 8 if ESP32_I2S0_DATA_BIT_WIDTH_8BIT
	default 16 if ESP32_I2S0_DATA_BIT_WIDTH_16BIT
	default 24 if ESP32_I2S0_DATA_BIT_WIDTH_24BIT
	default 32 if ESP32_I2S0_DATA_BIT_WIDTH_32BIT

config ESP32_I2S0_SAMPLE_RATE
	int "I2S0 sample rate"
	default 44100
	range 8000 48000
	---help---
		Selects the sample rate.
		Note that this option may be overwritten by the audio
		according to the bit width of the file being played

config ESP32_I2S0_BCLKPIN
	int "I2S0 BCLK pin"
	default 4
	range 0 33 if ESP32_I2S0_ROLE_MASTER
	range 0 39 if ESP32_I2S0_ROLE_SLAVE

config ESP32_I2S0_WSPIN
	int "I2S0 WS pin"
	default 5
	range 0 33 if ESP32_I2S0_ROLE_MASTER
	range 0 39 if ESP32_I2S0_ROLE_SLAVE

config ESP32_I2S0_DINPIN
	int "I2S0 DIN pin"
	depends on ESP32_I2S0_RX
	default 19
	range 0 39

config ESP32_I2S0_DOUTPIN
	int "I2S0 DOUT pin"
	depends on ESP32_I2S0_TX
	default 18
	range 0 33

config ESP32_I2S0_MCLK
	bool "Enable I2S Master Clock"
	depends on ESP32_I2S0_ROLE_MASTER
	default n
	---help---
		Enable I2S master clock

choice
	prompt "I2S0 MCLK pin"
	depends on ESP32_I2S0_MCLK
	default ESP32_I2S0_MCLKPIN_GPIO0
	---help---
		Selects the pin to output master clock.

config ESP32_I2S0_MCLKPIN_GPIO0
	bool "GPIO0"

config ESP32_I2S0_MCLKPIN_GPIO1
	bool "GPIO1 (U0TXD)"

config ESP32_I2S0_MCLKPIN_GPIO3
	bool "GPIO3 [U0RXD]"

endchoice

config ESP32_I2S0_MCLKPIN
	int
	default 0
	default 0 if ESP32_I2S0_MCLKPIN_GPIO0
	default 1 if ESP32_I2S0_MCLKPIN_GPIO1
	default 3 if ESP32_I2S0_MCLKPIN_GPIO3

endif #ESP32_I2S0

config ESP32_I2S1
	bool "I2S 1"
	default n
	select ARCH_DMA
	select ESP32_GPIO_IRQ

if ESP32_I2S1

config ESP32_I2S1_RX
	bool "Enable I2S receiver"
	default y
	---help---
		Enable I2S receive logic

config ESP32_I2S1_TX
	bool "Enable I2S transmitter"
	default y
	---help---
		Enable I2S transmit logic

choice
	prompt "I2S1 role"
	default ESP32_I2S1_ROLE_MASTER
	---help---
		Selects the operation role of the I2S1.

config ESP32_I2S1_ROLE_MASTER
	bool "Master"

config ESP32_I2S1_ROLE_SLAVE
	bool "Slave"

endchoice

choice
	prompt "Bit width"
	---help---
		Selects the valid data bits per sample.
		Note that this option may be overwritten by the audio
		according to the bit width of the file being played

config ESP32_I2S1_DATA_BIT_WIDTH_8BIT
	bool "8 bits"

config ESP32_I2S1_DATA_BIT_WIDTH_16BIT
	bool "16 bits"

config ESP32_I2S1_DATA_BIT_WIDTH_24BIT
	bool "24 bits"

config ESP32_I2S1_DATA_BIT_WIDTH_32BIT
	bool "32 bits"

endchoice

config ESP32_I2S1_DATA_BIT_WIDTH
	int
	default 8 if ESP32_I2S1_DATA_BIT_WIDTH_8BIT
	default 16 if ESP32_I2S1_DATA_BIT_WIDTH_16BIT
	default 24 if ESP32_I2S1_DATA_BIT_WIDTH_24BIT
	default 32 if ESP32_I2S1_DATA_BIT_WIDTH_32BIT

config ESP32_I2S1_SAMPLE_RATE
	int "I2S1 sample rate"
	default 44100
	range 8000 48000
	---help---
		Selects the sample rate.
		Note that this option may be overwritten by the audio
		according to the bit width of the file being played

config ESP32_I2S1_BCLKPIN
	int "I2S1 BCLK pin"
	default 22
	range 0 33 if ESP32_I2S1_ROLE_MASTER
	range 0 39 if ESP32_I2S1_ROLE_SLAVE

config ESP32_I2S1_WSPIN
	int "I2S1 WS pin"
	default 23
	range 0 33 if ESP32_I2S1_ROLE_MASTER
	range 0 39 if ESP32_I2S1_ROLE_SLAVE

config ESP32_I2S1_DINPIN
	int "I2S1 DIN pin"
	depends on ESP32_I2S1_RX
	default 26
	range 0 39

config ESP32_I2S1_DOUTPIN
	int "I2S1 DOUT pin"
	depends on ESP32_I2S1_TX
	default 25
	range 0 33

config ESP32_I2S1_MCLK
	bool "Enable I2S Master Clock"
	depends on ESP32_I2S1_ROLE_MASTER
	default n
	---help---
		Enable I2S master clock

choice
	prompt "I2S1 MCLK pin"
	depends on ESP32_I2S1_MCLK
	default ESP32_I2S1_MCLKPIN_GPIO0
	---help---
		Selects the pin to output master clock.

config ESP32_I2S1_MCLKPIN_GPIO0
	bool "GPIO0"

config ESP32_I2S1_MCLKPIN_GPIO1
	bool "GPIO1 (U0TXD)"

config ESP32_I2S1_MCLKPIN_GPIO3
	bool "GPIO3 [U0RXD]"

endchoice

config ESP32_I2S1_MCLKPIN
	int
	default 0
	default 0 if ESP32_I2S1_MCLKPIN_GPIO0
	default 1 if ESP32_I2S1_MCLKPIN_GPIO1
	default 3 if ESP32_I2S1_MCLKPIN_GPIO3

endif #ESP32_I2S1

config I2S_DMADESC_NUM
	int "I2S DMA maximum number of descriptors"
	default 2
	---help---
		Configure the maximum number of out-link/in-link descriptors to
		be chained for a I2S DMA transfer.

endif #ESP32_I2S


config ESP32_SPI
	bool
	default n

config ESP32_SPIFLASH
	bool "SPI Flash"
	default n
	select MTD
	select MTD_BYTE_WRITE
	select MTD_PARTITION

config ESP32_SPI2
	bool "SPI 2"
	default n
	select ESP32_SPI
	select ESP32_GPIO_IRQ
	select SPI

config ESP32_SPI3
	bool "SPI 3"
	default n
	select ESP32_SPI
	select ESP32_GPIO_IRQ
	select SPI

config ESP32_SPIRAM
	bool "SPI RAM"
	default n
	select ARCH_HAVE_HEAP2

if ESP32_SPIRAM && SMP

choice
	prompt "How does SPIRAM share cache?"
	default ESP32_MEMMAP_SPIRAM_CACHE_EVENODD
	---help---
		Selects the cache mode to CPU access the external memory.

config ESP32_MEMMAP_SPIRAM_CACHE_EVENODD
	bool "Pro CPU uses even 32 byte ranges, App uses odd ones"

config ESP32_MEMMAP_SPIRAM_CACHE_LOWHIGH
	bool "Pro CPU uses low 2MB ranges, App uses high ones"

endchoice # How does SPIRAM share cache?

endif

config XTENSA_TIMER1
	bool "Xtensa Timer 1"
	default n

config XTENSA_TIMER2
	bool "Xtensa Timer 2"
	default n

config ESP32_TIMER0
	bool "64-bit Timer 0 (Group 0 Timer 0)"
	default n
	select ESP32_TIMER
	---help---
		Enables Timer

config ESP32_TIMER1
	bool "64-bit Timer 1 (Group 0 Timer 1)"
	default n
	select ESP32_TIMER
	---help---
		Enables Timer

config ESP32_TIMER2
	bool "64-bit Timer 2 (Group 1 Timer 0)"
	default n
	select ESP32_TIMER
	---help---
		Enables Timer

config ESP32_TIMER3
	bool "64-bit Timer 3 (Group 1 Timer 1)"
	default n
	select ESP32_TIMER
	---help---
		Enables Timer

config ESP32_MWDT0
	bool "Main System Watchdog Timer (Group 0)"
	default n
	select ESP32_WDT
	---help---
		Includes MWDT0. This watchdog timer is part of the Group 0
		timer submodule.

config ESP32_MWDT1
	bool "Main System Watchdog Timer (Group 1)"
	default n
	select ESP32_WDT
	---help---
		Includes MWDT1. This watchdog timer is part of the Group 0
		timer submodule.

config ESP32_RWDT
	bool "RTC Watchdog Timer"
	default n
	select ESP32_WDT
	select ESP32_RTCIO_IRQ
	---help---
		Includes RWDT. This watchdog timer is from the RTC module.
		When it is selected, if the developer sets it to reset on expiration
		it will reset Main System and the RTC module. If you don't want
		to have the RTC module reset, please, use the Timers' Module WDTs.
		They will only reset Main System.

config ESP32_RTC
	bool "Real Time Clock (RTC)"
	default y

config ESP32_UART0
	bool "UART 0"
	default n
	select ESP32_UART
	select UART0_SERIALDRIVER
	select ARCH_HAVE_SERIAL_TERMIOS

config ESP32_UART1
	bool "UART 1"
	default n
	select ESP32_UART
	select UART1_SERIALDRIVER
	select ARCH_HAVE_SERIAL_TERMIOS

config ESP32_UART2
	bool "UART 2"
	default n
	select ESP32_UART
	select UART2_SERIALDRIVER
	select ARCH_HAVE_SERIAL_TERMIOS

config ESP32_WIRELESS
	bool
	default n
	select NET
	select ARCH_PHY_INTERRUPT
	select ESP32_RNG
	select ESP32_RT_TIMER
	select ESP32_TIMER0
	---help---
		Enable Wireless support

config ESP32_WIFI
	bool "Wi-Fi"
	default n
	select ESP32_WIRELESS
	---help---
		Enable Wi-Fi support

config ESP32_BLE
	bool "BLE"
	default n
	select ESP32_WIRELESS
	select BLUETOOTH_TXCMD_PINNED_TO_CORE if SMP
	---help---
		Enable BLE support

config ESP32_I2C0
	bool "I2C 0"
	default n
	select ESP32_I2C

config ESP32_I2C1
	bool "I2C 1"
	default n
	select ESP32_I2C

config ESP32_TWAI0
	bool "TWAI (CAN) 0"
	default n
	select ESP32_TWAI

config ESP32_AES_ACCELERATOR
	bool "AES Accelerator"
	default n

config ESP32_PID
	bool "PID Controller"
	default n
	select ARCH_USE_MPU
	select XTENSA_HAVE_GENERAL_EXCEPTION_HOOKS if BUILD_PROTECTED
	select XTENSA_HAVE_WINDOW_EXCEPTION_HOOKS if BUILD_PROTECTED
	depends on EXPERIMENTAL

endmenu # ESP32 Peripheral Selection

config ESP32_WIFI_BT_COEXIST
	bool "Wi-Fi and BT coexist"
	default n
	depends on ESP32_WIFI && ESP32_BLE

menu "Interrupt Configuration"

config ESP32_IRAM_ISR_DEBUG
	bool "Enable debugging of the IRAM-enabled interrupts"
	default n
	---help---
		This option enables keeping track of the IRAM-enabled interrupts by
		registering its execution when non-IRAM interrupts are disabled. It
		keeps track of the IRQ executed and register how many times since
		boot it was executed.

endmenu # Interrupt Configuration

menu "Memory Configuration"

config ESP32_BT_RESERVE_DRAM
	int "Reserved BT DRAM"
	default 0 if !ESP32_BLE
	default 65536 if ESP32_BLE

config ESP32_TRACEMEM_RESERVE_DRAM
	int "Reserved trace memory DRAM"
	default 0

config ESP32_ULP_COPROC_RESERVE_MEM
	int "Reserved ULP co-processor DRAM"
	default 0

comment "Additional Heaps"

choice ESP32_SPIRAM_HEAP
	prompt "SPI RAM heap function"
	default ESP32_SPIRAM_COMMON_HEAP if BUILD_FLAT
	default ESP32_SPIRAM_USER_HEAP if BUILD_PROTECTED
	depends on ESP32_SPIRAM
	---help---
		Select how the SPI RAM will be used as heap.

config ESP32_SPIRAM_COMMON_HEAP
	bool "Additional region to kernel heap"

config ESP32_SPIRAM_USER_HEAP
	bool "Separated userspace heap"
	select MM_KERNEL_HEAP
	select ESP32_USER_DATA_EXTMEM if BUILD_PROTECTED

endchoice # ESP32_SPIRAM_HEAP

config ESP32_IMM_HEAP
	bool "Reserve part of DRAM as a separate heap"
	select XTENSA_IMEM_USE_SEPARATE_HEAP
	default n
	depends on ESP32_SPIRAM_COMMON_HEAP

config ESP32_RTC_HEAP
	bool "Use the RTC memory as a separate heap"
	select ARCH_HAVE_EXTRA_HEAPS
	default n

config ESP32_IRAM_HEAP
	bool "Use the rest of IRAM as a separate heap"
	select ARCH_HAVE_EXTRA_HEAPS
	default n

endmenu # Memory Configuration

config ESP32_GPIO_IRQ
	bool "GPIO pin interrupts"
	default n
	---help---
		Enable support for interrupting GPIO pins

config ESP32_RTCIO_IRQ
	bool "RTC IO interrupts"
	default n
	---help---
		Enable support for interrupting RTC peripherals

menu "UART Configuration"
	depends on ESP32_UART

if ESP32_UART0

config ESP32_UART0_RS485
	bool "RS-485 on UART0"
	default n
	---help---
		Enable RS-485 interface on UART0. Your board config will have to
		provide GPIO_UART0_RS485_DIR pin definition. Currently it cannot be
		used with UART0_RXDMA.

config ESP32_UART0_RS485_DIR_PIN
	int "UART0 RS-485 DIR pin"
	default 4
	range 1 39
	depends on ESP32_UART0_RS485
	---help---
		DIR pin for RS-485 on UART0. This pin will control the RS485 enable
		TX of the RS485 transceiver.

config ESP32_UART0_RS485_DIR_POLARITY
	int "UART0 RS-485 DIR pin polarity"
	default 1
	range 0 1
	depends on ESP32_UART0_RS485
	---help---
		Polarity of DIR pin for RS-485 on UART0. Set to state on DIR pin which
		enables TX (0 - low / nTXEN, 1 - high / TXEN).

config ESP32_UART0_TXPIN
	int "UART0 Tx Pin"
	default 1
	range 0 39

config ESP32_UART0_RXPIN
	int "UART0 Rx Pin"
	default 3
	range 0 39

config ESP32_UART0_RTSPIN
	int "UART0 RTS Pin"
	depends on SERIAL_IFLOWCONTROL
	default 22
	range 0 39

config ESP32_UART0_CTSPIN
	int "UART0 CTS Pin"
	depends on SERIAL_OFLOWCONTROL
	default 23
	range 0 39

config ESP32_UART0_TXDMA
	bool "Enable UART0 TX DMA"
	select ARCH_DMA
	select UART0_TXDMA
	select ESP32_IMM_HEAP if ESP32_SPIRAM_COMMON_HEAP
	depends on EXPERIMENTAL
	---help---
		Due to a hardware bug on the DMA used by the UART
		only TX DMA can be used. RX DMA is not available.
		And when TX DMA is working, RX can't work properly, even
		without using DMA.
		So, it's not possible to have full duplex when TX DMA is enabled
		and for not losing RX data it's recommended to implement the use
		of flow control while a TX DMA transfer is ongoing.

endif # ESP32_UART0

if ESP32_UART1

config ESP32_UART1_RS485
	bool "RS-485 on UART1"
	default n
	---help---
		Enable RS-485 interface on UART1. Your board config will have to
		provide GPIO_UART1_RS485_DIR pin definition. Currently it cannot be
		used with UART1_RXDMA.

config ESP32_UART1_RS485_DIR_PIN
	int "UART1 RS-485 DIR pin"
	default 14
	range 1 39
	depends on ESP32_UART1_RS485
	---help---
		DIR pin for RS-485 on UART1. This pin will control the RS485 enable
		TX of the RS485 transceiver.

config ESP32_UART1_RS485_DIR_POLARITY
	int "UART1 RS-485 DIR pin polarity"
	default 1
	range 0 1
	depends on ESP32_UART1_RS485
	---help---
		Polarity of DIR pin for RS-485 on UART1. Set to state on DIR pin which
		enables TX (0 - low / nTXEN, 1 - high / TXEN).

config ESP32_UART1_TXPIN
	int "UART1 Tx Pin"
	default 10
	range 0 39

config ESP32_UART1_RXPIN
	int "UART1 Rx Pin"
	default 9
	range 0 39

config ESP32_UART1_RTSPIN
	int "UART1 RTS Pin"
	depends on SERIAL_IFLOWCONTROL
	default 11
	range 0 39

config ESP32_UART1_CTSPIN
	int "UART1 CTS Pin"
	depends on SERIAL_OFLOWCONTROL
	default 6
	range 0 39

config ESP32_UART1_TXDMA
	bool "Enable UART1 TX DMA"
	select ARCH_DMA
	select UART1_TXDMA
	select ESP32_IMM_HEAP if ESP32_SPIRAM_COMMON_HEAP
	depends on EXPERIMENTAL
	---help---
		Due to a hardware bug on the DMA used by the UART
		only TX DMA can be used. RX DMA is not available.
		And when TX DMA is working, RX can't work properly, even
		without using DMA.
		So, it's not possible to have full duplex when TX DMA is enabled
		and for not losing rx data it's recommended to implement the use
		of flow control while a TX DMA transfer is ongoing.

endif # ESP32_UART1

if ESP32_UART2

config ESP32_UART2_RS485
	bool "RS-485 on UART2"
	default n
	---help---
		Enable RS-485 interface on UART2. Your board config will have to
		provide GPIO_UART2_RS485_DIR pin definition. Currently it cannot be
		used with UART2_RXDMA.

config ESP32_UART2_RS485_DIR_PIN
	int "UART2 RS-485 DIR pin"
	default 18
	range 1 39
	depends on ESP32_UART2_RS485
	---help---
		DIR pin for RS-485 on UART2. This pin will control the RS485 enable
		TX of the RS485 transceiver.

config ESP32_UART2_RS485_DIR_POLARITY
	int "UART2 RS-485 DIR pin polarity"
	default 1
	range 0 1
	depends on ESP32_UART2_RS485
	---help---
		Polarity of DIR pin for RS-485 on UART2. Set to state on DIR pin which
		enables TX (0 - low / nTXEN, 1 - high / TXEN).

config ESP32_UART2_TXPIN
	int "UART2 Tx Pin"
	default 19
	range 0 39

config ESP32_UART2_RXPIN
	int "UART2 Rx Pin"
	default 18
	range 0 39

config ESP32_UART2_RTSPIN
	int "UART2 RTS Pin"
	depends on SERIAL_IFLOWCONTROL
	default 7
	range 0 39

config ESP32_UART2_CTSPIN
	int "UART2 CTS Pin"
	depends on SERIAL_OFLOWCONTROL
	default 8
	range 0 39

config ESP32_UART2_TXDMA
	bool "Enable UART2 TX DMA"
	select ARCH_DMA
	select UART2_TXDMA
	select ESP32_IMM_HEAP if ESP32_SPIRAM_COMMON_HEAP
	depends on EXPERIMENTAL
	---help---
		Due to a hardware bug on the DMA used by the UART
		only TX DMA can be used. RX DMA is not available.
		And when TX DMA is working, RX can't work properly simultaneously, even
		without using DMA.
		So, it's not possible to have full duplex when TX DMA is enabled
		and for not losing rx data it's recommended to implement the use
		of flow control while a TX DMA transfer is ongoing.

endif # ESP32_UART2

choice
	prompt "UART with exclusive DMA"
	default ESP32_UART0_EXC
	depends on ESP32_UART0_TXDMA && ESP32_UART1_TXDMA && ESP32_UART2_TXDMA
	---help---
		The three UARTs from ESP32 share 2 DMA channels.
		Select which UART should have exclusive access to
		a DMA channel.

config ESP32_UART0_EXC
	bool "UART 0"

config ESP32_UART1_EXC
	bool "UART 1"

config ESP32_UART2_EXC
	bool "UART 2"

endchoice

config UART_DMADESC_NUM
	int "UART DMA descriptor list size"
	depends on SERIAL_TXDMA
	default 2

endmenu # UART configuration

menu "I2C Configuration"
	depends on ESP32_I2C

if ESP32_I2C0

config ESP32_I2C0_SCLPIN
	int "I2C0 SCL Pin"
	default 22
	range 0 39

config ESP32_I2C0_SDAPIN
	int "I2C0 SDA Pin"
	default 23
	range 0 39

endif # ESP32_I2C0

if ESP32_I2C1

config ESP32_I2C1_SCLPIN
	int "I2C1 SCL Pin"
	default 26
	range 0 39

config ESP32_I2C1_SDAPIN
	int "I2C1 SDA Pin"
	default 25
	range 0 39

endif # ESP32_I2C1

config ESP32_I2CTIMEOSEC
	int "Timeout seconds"
	default 0

config ESP32_I2CTIMEOMS
	int "Timeout milliseconds"
	default 500

endmenu # I2C configuration

menu "TWAI driver options"
	depends on ESP32_TWAI

if ESP32_TWAI0

config ESP32_TWAI0_TXPIN
	int "TWAI0 TX Pin"
	default 21

config ESP32_TWAI0_RXPIN
	int "TWAI0 RX Pin"
	default 22

config ESP32_TWAI0_BITRATE
	int "TWAI0 bitrate"
	default 1000000
	---help---
		TWAI0 bit rate.  Required if ESP32_TWAI0 is defined.

config ESP32_TWAI0_SAMPLEP
	int "TWAI0 sample point"
	default 80
	---help---
		TWAI0 sample point location as a percent value.  Required
		if ESP32_TWAI0 is defined.

config ESP32_TWAI0_SJW
	int "TWAI0 synchronization jump width"
	default 3
	---help---
		SJW limits the number of Time Quanta corrections during bit
		Resynchronization. Default: 3

config ESP32_TWAI0_SAM
	bool "TWAI0 sampling"
	default n
	---help---
		The bus is sampled 3 times (recommended for low to medium speed buses
		to spikes on the bus-line).

endif # ESP32_TWAI0

config ESP32_TWAI_REGDEBUG
	bool "TWAI register level debug"
	depends on DEBUG_CAN_INFO
	default n
	---help---
		Output detailed register-level TWAI debug information. Requires also
		CONFIG_DEBUG_CAN_INFO.

endmenu #ESP32_TWAI

menu "SPI Configuration"
	depends on ESP32_SPI

config ESP32_SPI_SWCS
	bool "SPI software CS"
	default y
	---help---
		Use SPI software CS.

config ESP32_SPI_UDCS
	bool "User defined CS"
	default n
	depends on ESP32_SPI_SWCS
	---help---
		Use user defined CS.

config ESP32_SPI2_DMA
	bool "SPI2 use DMA"
	default y
	select ARCH_DMA
	select ESP32_IMM_HEAP if ESP32_SPIRAM_COMMON_HEAP
	depends on ESP32_SPI2

config ESP32_SPI3_DMA
	bool "SPI3 use DMA"
	default y
	select ARCH_DMA
	select ESP32_IMM_HEAP if ESP32_SPIRAM_COMMON_HEAP
	depends on ESP32_SPI3

config SPI_DMADESC_NUM
	int "SPI master DMA description number"
	default 2

config SPI_SLAVE_BUFSIZE
	int "SPI slave buffer size"
	default 2048
	depends on SPI_SLAVE

config ESP32_SPI_DMATHRESHOLD
	int "SPI DMA threshold"
	default 64
	depends on ESP32_SPI2_DMA || ESP32_SPI3_DMA
	---help---
		When SPI DMA is enabled, DMA transfers whose size are below the
		defined threshold will be performed by polling logic.

if ESP32_SPI2

config ESP32_SPI2_CSPIN
	int "SPI2 CS Pin"
	default 15
	range 0 39

config ESP32_SPI2_CLKPIN
	int "SPI2 CLK Pin"
	default 14
	range 0 39

config ESP32_SPI2_MOSIPIN
	int "SPI2 MOSI Pin"
	default 13
	range 0 39

config ESP32_SPI2_MISOPIN
	int "SPI2 MISO Pin"
	default 12
	range 0 39

choice ESP32_SPI2_MASTER_IO
	prompt "SPI2 master I/O mode"
	default ESP32_SPI2_MASTER_IO_RW

config ESP32_SPI2_MASTER_IO_RW
	bool "Read & Write"

config ESP32_SPI2_MASTER_IO_RO
	bool "Read Only"

config ESP32_SPI2_MASTER_IO_WO
	bool "Write Only"

endchoice # ESP32_SPI2_MASTER_IO

choice ESP32_SPI2_SLAVE_IO
	prompt "SPI2 slave I/O mode"
	default ESP32_SPI2_SLAVE_IO_RW
	depends on SPI_SLAVE

config ESP32_SPI2_SLAVE_IO_RW
	bool "Read & Write"

config ESP32_SPI2_SLAVE_IO_RO
	bool "Read Only"

config ESP32_SPI2_SLAVE_IO_WO
	bool "Write Only"

endchoice # ESP32_SPI2_SLAVE_IO

endif # ESP32_SPI2

if ESP32_SPI3

config ESP32_SPI3_CSPIN
	int "SPI3 CS Pin"
	default 5
	range 0 39

config ESP32_SPI3_CLKPIN
	int "SPI3 CLK Pin"
	default 18
	range 0 39

config ESP32_SPI3_MOSIPIN
	int "SPI3 MOSI Pin"
	default 23
	range 0 39

config ESP32_SPI3_MISOPIN
	int "SPI3 MISO Pin"
	default 19
	range 0 39

choice ESP32_SPI3_MASTER_IO
	prompt "SPI3 master I/O mode"
	default ESP32_SPI3_MASTER_IO_RW

config ESP32_SPI3_MASTER_IO_RW
	bool "Read & Write"

config ESP32_SPI3_MASTER_IO_RO
	bool "Read Only"

config ESP32_SPI3_MASTER_IO_WO
	bool "Write Only"

endchoice # ESP32_SPI3_MASTER_IO

choice ESP32_SPI3_SLAVE_IO
	prompt "SPI3 slave I/O mode"
	default ESP32_SPI3_SLAVE_IO_RW
	depends on SPI_SLAVE

config ESP32_SPI3_SLAVE_IO_RW
	bool "Read & Write"

config ESP32_SPI3_SLAVE_IO_RO
	bool "Read Only"

config ESP32_SPI3_SLAVE_IO_WO
	bool "Write Only"

endchoice # ESP32_SPI3_SLAVE_IO

endif # ESP32_SPI3

endmenu # ESP32_SPI

menu "Pulse Counter (PCNT) Configuration"
	depends on ESP32_PCNT

config ESP32_PCNT_AS_QE
	bool
	default n

config ESP32_PCNT_U0
	bool "Enable PCNT Unit 0"
	default n

if ESP32_PCNT_U0

config ESP32_PCNT_U0_QE
	bool "Use this PCNT Unit as Quadrature Encoder"
	default y
	select ESP32_PCNT_AS_QE

config ESP32_PCNT_U0_CH0_EDGE_PIN
	int "PCNT_U0 CH0 Edge/Pulse Pin Number"
	default 0
	range -1 39

config ESP32_PCNT_U0_CH0_LEVEL_PIN
	int "PCNT_U0 CH0 Level/Control Pin Number"
	default 4
	range -1 39
	depends on !ESP32_PCNT_U0_QE

config ESP32_PCNT_U0_CH1_EDGE_PIN
	int "PCNT_U0 CH1 Edge/Pulse Pin Number"
	default 0
	range -1 39
	depends on !ESP32_PCNT_U0_QE

config ESP32_PCNT_U0_CH1_LEVEL_PIN
	int "PCNT_U0 CH1 Level/Control Pin Number"
	default 4
	range -1 39

config ESP32_PCNT_U0_FILTER_EN
	bool "Enable Glitch Filter for this PCNT Unit"
	default n

if ESP32_PCNT_U0_FILTER_EN

config ESP32_PCNT_U0_FILTER_THRES
	int "PCNT_U0 Filter Threshold value"
	default 5
	---help---
		If a pulse is shorter than this number of APB_CLK clock cycles
		then it will not be considered as a valid pulse.

endif # ESP32_PCNT_U0_FILTER_EN

endif # ESP32_PCNT_U0

config ESP32_PCNT_U1
	bool "Enable PCNT Unit 1"
	default n

if ESP32_PCNT_U1

config ESP32_PCNT_U1_QE
	bool "Use this PCNT Unit as Quadrature Encoder"
	default y
	select ESP32_PCNT_AS_QE

config ESP32_PCNT_U1_CH0_EDGE_PIN
	int "PCNT_U1 CH0 Edge/Pulse Pin Number"
	default 0
	range -1 39

config ESP32_PCNT_U1_CH0_LEVEL_PIN
	int "PCNT_U1 CH0 Level/Control Pin Number"
	default 4
	range -1 39
	depends on !ESP32_PCNT_U1_QE

config ESP32_PCNT_U1_CH1_EDGE_PIN
	int "PCNT_U1 CH1 Edge/Pulse Pin Number"
	default 0
	range -1 39
	depends on !ESP32_PCNT_U1_QE

config ESP32_PCNT_U1_CH1_LEVEL_PIN
	int "PCNT_U1 CH1 Level/Control Pin Number"
	default 4
	range -1 39

config ESP32_PCNT_U1_FILTER_EN
	bool "Enable Glitch Filter for this PCNT Unit"
	default n

if ESP32_PCNT_U1_FILTER_EN

config ESP32_PCNT_U1_FILTER_THRES
	int "PCNT_U1 Filter Threshold value"
	default 5
	---help---
		If a pulse is shorter than this number of APB_CLK clock cycles
		then it will not be considered as a valid pulse.

endif # ESP32_PCNT_U1_FILTER_EN

endif # ESP32_PCNT_U1

config ESP32_PCNT_U2
	bool "Enable PCNT Unit 2"
	default n

if ESP32_PCNT_U2

config ESP32_PCNT_U2_QE
	bool "Use this PCNT Unit as Quadrature Encoder"
	default y
	select ESP32_PCNT_AS_QE

config ESP32_PCNT_U2_CH0_EDGE_PIN
	int "PCNT_U2 CH0 Edge/Pulse Pin Number"
	default 0
	range -1 39

config ESP32_PCNT_U2_CH0_LEVEL_PIN
	int "PCNT_U2 CH0 Level/Control Pin Number"
	default 4
	range -1 39
	depends on !ESP32_PCNT_U2_QE

config ESP32_PCNT_U2_CH1_EDGE_PIN
	int "PCNT_U2 CH1 Edge/Pulse Pin Number"
	default 0
	range -1 39
	depends on !ESP32_PCNT_U2_QE

config ESP32_PCNT_U2_CH1_LEVEL_PIN
	int "PCNT_U2 CH1 Level/Control Pin Number"
	default 4
	range -1 39

config ESP32_PCNT_U2_FILTER_EN
	bool "Enable Glitch Filter for this PCNT Unit"
	default n

if ESP32_PCNT_U2_FILTER_EN

config ESP32_PCNT_U2_FILTER_THRES
	int "PCNT_U2 Filter Threshold value"
	default 5
	---help---
		If a pulse is shorter than this number of APB_CLK clock cycles
		then it will not be considered as a valid pulse.

endif # ESP32_PCNT_U2_FILTER_EN

endif # ESP32_PCNT_U2

config ESP32_PCNT_U3
	bool "Enable PCNT Unit 3"
	default n

if ESP32_PCNT_U3

config ESP32_PCNT_U3_QE
	bool "Use this PCNT Unit as Quadrature Encoder"
	default y
	select ESP32_PCNT_AS_QE

config ESP32_PCNT_U3_CH0_EDGE_PIN
	int "PCNT_U3 CH0 Edge/Pulse Pin Number"
	default 0
	range -1 39

config ESP32_PCNT_U3_CH0_LEVEL_PIN
	int "PCNT_U3 CH0 Level/Control Pin Number"
	default 4
	range -1 39
	depends on !ESP32_PCNT_U3_QE

config ESP32_PCNT_U3_CH1_EDGE_PIN
	int "PCNT_U3 CH1 Edge/Pulse Pin Number"
	default 0
	range -1 39
	depends on !ESP32_PCNT_U3_QE

config ESP32_PCNT_U3_CH1_LEVEL_PIN
	int "PCNT_U3 CH1 Level/Control Pin Number"
	default 4
	range -1 39

config ESP32_PCNT_U3_FILTER_EN
	bool "Enable Glitch Filter for this PCNT Unit"
	default n

if ESP32_PCNT_U3_FILTER_EN

config ESP32_PCNT_U3_FILTER_THRES
	int "PCNT_U3 Filter Threshold value"
	default 5
	---help---
		If a pulse is shorter than this number of APB_CLK clock cycles
		then it will not be considered as a valid pulse.

endif # ESP32_PCNT_U3_FILTER_EN

endif # ESP32_PCNT_U3

config ESP32_PCNT_U4
	bool "Enable PCNT Unit 4"
	default n

if ESP32_PCNT_U4

config ESP32_PCNT_U4_QE
	bool "Use this PCNT Unit as Quadrature Encoder"
	default y
	select ESP32_PCNT_AS_QE

config ESP32_PCNT_U4_CH0_EDGE_PIN
	int "PCNT_U4 CH0 Edge/Pulse Pin Number"
	default 0
	range -1 39

config ESP32_PCNT_U4_CH0_LEVEL_PIN
	int "PCNT_U4 CH0 Level/Control Pin Number"
	default 4
	range -1 39
	depends on !ESP32_PCNT_U4_QE

config ESP32_PCNT_U4_CH1_EDGE_PIN
	int "PCNT_U4 CH1 Edge/Pulse Pin Number"
	default 0
	range -1 39
	depends on !ESP32_PCNT_U4_QE

config ESP32_PCNT_U4_CH1_LEVEL_PIN
	int "PCNT_U4 CH1 Level/Control Pin Number"
	default 4
	range -1 39

config ESP32_PCNT_U4_FILTER_EN
	bool "Enable Glitch Filter for this PCNT Unit"
	default n

if ESP32_PCNT_U4_FILTER_EN

config ESP32_PCNT_U4_FILTER_THRES
	int "PCNT_U4 Filter Threshold value"
	default 5
	---help---
		If a pulse is shorter than this number of APB_CLK clock cycles
		then it will not be considered as a valid pulse.

endif # ESP32_PCNT_U4_FILTER_EN

endif # ESP32_PCNT_U4

config ESP32_PCNT_U5
	bool "Enable PCNT Unit 5"
	default n
	select ESP32_PCNT_AS_QE

if ESP32_PCNT_U5

config ESP32_PCNT_U5_QE
	bool "Use this PCNT Unit as Quadrature Encoder"
	default y

config ESP32_PCNT_U5_CH0_EDGE_PIN
	int "PCNT_U5 CH0 Edge/Pulse Pin Number"
	default 0
	range -1 39

config ESP32_PCNT_U5_CH0_LEVEL_PIN
	int "PCNT_U5 CH0 Level/Control Pin Number"
	default 4
	range -1 39
	depends on !ESP32_PCNT_U5_QE

config ESP32_PCNT_U5_CH1_EDGE_PIN
	int "PCNT_U5 CH1 Edge/Pulse Pin Number"
	default 0
	range -1 39
	depends on !ESP32_PCNT_U5_QE

config ESP32_PCNT_U5_CH1_LEVEL_PIN
	int "PCNT_U5 CH1 Level/Control Pin Number"
	default 4
	range -1 39

config ESP32_PCNT_U5_FILTER_EN
	bool "Enable Glitch Filter for this PCNT Unit"
	default n

if ESP32_PCNT_U5_FILTER_EN

config ESP32_PCNT_U5_FILTER_THRES
	int "PCNT_U5 Filter Threshold value"
	default 5
	---help---
		If a pulse is shorter than this number of APB_CLK clock cycles
		then it will not be considered as a valid pulse.

endif # ESP32_PCNT_U5_FILTER_EN

endif # ESP32_PCNT_U5

config ESP32_PCNT_U6
	bool "Enable PCNT Unit 6"
	default n

if ESP32_PCNT_U6

config ESP32_PCNT_U6_QE
	bool "Use this PCNT Unit as Quadrature Encoder"
	default y
	select ESP32_PCNT_AS_QE

config ESP32_PCNT_U6_CH0_EDGE_PIN
	int "PCNT_U6 CH0 Edge/Pulse Pin Number"
	default 0
	range -1 39

config ESP32_PCNT_U6_CH0_LEVEL_PIN
	int "PCNT_U6 CH0 Level/Control Pin Number"
	default 4
	range -1 39
	depends on !ESP32_PCNT_U6_QE

config ESP32_PCNT_U6_CH1_EDGE_PIN
	int "PCNT_U6 CH1 Edge/Pulse Pin Number"
	default 0
	range -1 39
	depends on !ESP32_PCNT_U6_QE

config ESP32_PCNT_U6_CH1_LEVEL_PIN
	int "PCNT_U6 CH1 Level/Control Pin Number"
	default 4
	range -1 39

config ESP32_PCNT_U6_FILTER_EN
	bool "Enable Glitch Filter for this PCNT Unit"
	default n

if ESP32_PCNT_U6_FILTER_EN

config ESP32_PCNT_U6_FILTER_THRES
	int "PCNT_U6 Filter Threshold value"
	default 5
	---help---
		If a pulse is shorter than this number of APB_CLK clock cycles
		then it will not be considered as a valid pulse.

endif # ESP32_PCNT_U6_FILTER_EN

endif # ESP32_PCNT_U6

config ESP32_PCNT_U7
	bool "Enable PCNT Unit 7"
	default n

if ESP32_PCNT_U7

config ESP32_PCNT_U7_QE
	bool "Use this PCNT Unit as Quadrature Encoder"
	default y
	select ESP32_PCNT_AS_QE

config ESP32_PCNT_U7_CH0_EDGE_PIN
	int "PCNT_U7 CH0 Edge/Pulse Pin Number"
	default 0
	range -1 39

config ESP32_PCNT_U7_CH0_LEVEL_PIN
	int "PCNT_U7 CH0 Level/Control Pin Number"
	default 4
	range -1 39
	depends on !ESP32_PCNT_U7_QE

config ESP32_PCNT_U7_CH1_EDGE_PIN
	int "PCNT_U7 CH1 Edge/Pulse Pin Number"
	default 0
	range -1 39
	depends on !ESP32_PCNT_U7_QE

config ESP32_PCNT_U7_CH1_LEVEL_PIN
	int "PCNT_U7 CH1 Level/Control Pin Number"
	default 4
	range -1 39

config ESP32_PCNT_U7_FILTER_EN
	bool "Enable Glitch Filter for this PCNT Unit"
	default n

if ESP32_PCNT_U7_FILTER_EN

config ESP32_PCNT_U7_FILTER_THRES
	int "PCNT_U7 Filter Threshold value"
	default 5
	---help---
		If a pulse is shorter than this number of APB_CLK clock cycles
		then it will not be considered as a valid pulse.

endif # ESP32_PCNT_U7_FILTER_EN

endif # ESP32_PCNT_U7

endmenu # ESP32_PCNT

menu "SPI Flash Configuration"

choice ESP32_FLASH_MODE
	prompt "SPI Flash mode"
	default ESP32_FLASH_MODE_DIO
	---help---
		These options control how many I/O pins are used for communication with the attached SPI Flash chip.
		The option selected here is then used by esptool when flashing.

config ESP32_FLASH_MODE_DIO
	bool "Dual IO (DIO)"

config ESP32_FLASH_MODE_DOUT
	bool "Dual Output (DOUT)"

config ESP32_FLASH_MODE_QIO
	bool "Quad IO (QIO)"

config ESP32_FLASH_MODE_QOUT
	bool "Quad Output (QOUT)"

endchoice # ESP32_FLASH_MODE

choice ESP32_FLASH_FREQ
	prompt "SPI Flash frequency"
	default ESP32_FLASH_FREQ_40M
	---help---
		SPI Flash frequency.

config ESP32_FLASH_FREQ_80M
	bool "80 MHz"

config ESP32_FLASH_FREQ_40M
	bool "40 MHz"

config ESP32_FLASH_FREQ_26M
	bool "26 MHz"

config ESP32_FLASH_FREQ_20M
	bool "20 MHz"

endchoice # ESP32_FLASH_FREQ

if ESP32_HAVE_OTA_PARTITION

comment "Application Image OTA Update support"

config ESP32_OTA_PARTITION_ENCRYPT
	bool "Encrypt OTA partitions"
	default y
	depends on ESP32_SECURE_FLASH_ENC_ENABLED

config ESP32_OTA_PRIMARY_SLOT_OFFSET
	hex "Application image primary slot offset"
	default 0x10000

config ESP32_OTA_PRIMARY_SLOT_DEVPATH
	string "Application image primary slot device path"
	default "/dev/ota0"

config ESP32_OTA_SECONDARY_SLOT_OFFSET
	hex "Application image secondary slot offset"
	default 0x110000

config ESP32_OTA_SECONDARY_SLOT_DEVPATH
	string "Application image secondary slot device path"
	default "/dev/ota1"

config ESP32_OTA_SLOT_SIZE
	hex "Application image slot size (in bytes)"
	default 0x100000

config ESP32_OTA_SCRATCH_OFFSET
	hex "Scratch partition offset"
	default 0x210000

config ESP32_OTA_SCRATCH_SIZE
	hex "Scratch partition size"
	default 0x40000

config ESP32_OTA_SCRATCH_DEVPATH
	string "Scratch partition device path"
	default "/dev/otascratch"

endif

if ESP32_SPIFLASH

comment "General storage MTD Configuration"

config ESP32_STORAGE_MTD_ENCRYPT
	bool "Encrypt Storage MTD partition"
	default y
	depends on ESP32_SECURE_FLASH_ENC_ENABLED

config ESP32_STORAGE_MTD_OFFSET
	hex "Storage MTD base address in SPI Flash"
	default 0x180000 if !ESP32_HAVE_OTA_PARTITION
	default 0x250000 if ESP32_HAVE_OTA_PARTITION
	---help---
		MTD base address in SPI Flash.

config ESP32_STORAGE_MTD_SIZE
	hex "Storage MTD size in SPI Flash"
	default 0x100000
	---help---
		MTD size in SPI Flash.

config ESP32_SPIFLASH_DEBUG
	bool "Debug SPI Flash"
	default n
	depends on DEBUG_FS_INFO
	---help---
		Enable this option, read and write of SPI Flash
		will show input arguments and result.

config ESP32_SPI_FLASH_SUPPORT_PSRAM_STACK
	bool "Support PSRAM As Task Stack"
	default n
	depends on ESP32_SPIRAM
	select SCHED_LPWORK
	---help---
		Enable this option, Tasks which use PSRAM as stack
		can do SPI Flash read/write/erase/map/unmap.
		Otherwise, it may cause exception.

if ESP32_APP_FORMAT_LEGACY

comment "Partition Table Configuration"

config ESP32_PARTITION_TABLE
	bool "Create MTD partitions from Partition Table"
	default n
	---help---
		Decode partition table and initialize partitions as MTD.

config ESP32_PARTITION_MOUNTPT
	string "Partition mount point"
	default "/dev/esp/partition/"
	depends on ESP32_PARTITION_TABLE

endif # ESP32_PARTITION_TABLE

config ESP32_SPIFLASH_OP_TASK_STACKSIZE
	int "The SPI flash operation task stack size"
	default 768
	depends on SMP
	---help---
		When SMP is enabled, it is needed to create two tasks (one for each
		core) to be able to run IRAM-enabled interrupts. These tasks ensures
		that the core that isn't performing the SPI flash operation is able
		to disable non-IRAM interrupts and wait for the SPI flash operation
		to be finished.

endif # ESP32_SPIFLASH

endmenu # SPI Flash configuration

menu "SPI RAM Configuration"
	depends on ESP32_SPIRAM

choice ESP32_SPIRAM_TYPE
	prompt "Type of SPI RAM chip in use"
	default ESP32_SPIRAM_TYPE_AUTO

config ESP32_SPIRAM_TYPE_AUTO
	bool "Auto-detect"

config ESP32_SPIRAM_TYPE_ESPPSRAM32
	bool "ESP-PSRAM32 or IS25WP032"

config ESP32_SPIRAM_TYPE_ESPPSRAM64
	bool "ESP-PSRAM64 or LY68L6400"

endchoice # ESP32_SPIRAM_TYPE

config ESP32_SPIRAM_SIZE
	int
	default -1 if ESP32_SPIRAM_TYPE_AUTO
	default 4194304 if ESP32_SPIRAM_TYPE_ESPPSRAM32
	default 8388608 if ESP32_SPIRAM_TYPE_ESPPSRAM64
	default 0

choice ESP32_SPIRAM_SPEED
	prompt "Set RAM clock speed"
	default ESP32_SPIRAM_SPEED_40M
	---help---
		Select the speed for the SPI RAM chip.

config ESP32_SPIRAM_SPEED_40M
	bool "40MHz clock speed"

config ESP32_SPIRAM_SPEED_80M
	bool "80MHz clock speed"

endchoice # ESP32_SPIRAM_SPEED

config ESP32_SPIRAM_BOOT_INIT
	bool "Initialize SPI RAM during startup"
	depends on ESP32_SPIRAM && !ESP32_USER_DATA_EXTMEM
	default y
	---help---
		If this is enabled, the SPI RAM will be enabled during initial
		boot. Unless you have specific requirements, you'll want to leave
		this enabled so memory allocated during boot-up can also be
		placed in SPI RAM.

config ESP32_SPIRAM_IGNORE_NOTFOUND
	bool "Ignore PSRAM when not found"
	default n
	depends on ESP32_SPIRAM_BOOT_INIT && !BOOT_SDRAM_DATA
	---help---
		Normally, if psram initialization is enabled during compile time
		but not found at runtime, it is seen as an error making the CPU
		panic. If this is enabled, booting will complete but no PSRAM
		will be available.

config ESP32_SPIRAM_2T_MODE
	bool "Enable SPI PSRAM 2T mode"
	depends on ESP32_SPIRAM
	default n
	---help---
		Enable this option to fix single bit errors inside 64Mbit PSRAM.
		Some 64Mbit PSRAM chips have a hardware issue in the RAM which
		causes bit errors at multiple fixed bit positions.
		Note: If this option is enabled, the 64Mbit PSRAM chip will appear
		to be 32Mbit in size.
		Applications will not be affected unless the use the esp_himem
		APIs, which are not supported in 2T mode.

config ESP32_SPIRAM_BANKSWITCH_ENABLE
	bool "Enable bank switching for >4MiB external RAM"
	default n
	---help---
		The ESP32 only supports 4MiB of external RAM in its address
		space. The hardware does support larger memories, but these
		have to be bank-switched in and out of this address space.
		Enabling this allows you to reserve some MMU pages for this,
		which allows the use of the esp_himem api to manage these
		banks.
		#Note that this is limited to 62 banks, as
		#esp_spiram_writeback_cache needs some kind of mapping of
		#some banks below that mark to work. We cannot at this
		#moment guarantee this to exist when himem is enabled.
		If spiram 2T mode is enabled, the size of 64Mbit psram will
		be changed as 32Mbit, so himem will be unusable.

config SPIRAM_BANKSWITCH_RESERVE
	int "Amount of 32K pages to reserve for bank switching"
	depends on ESP32_SPIRAM_BANKSWITCH_ENABLE
	default 8
	range 1 62
	---help---
		Select the amount of banks reserved for bank switching. Note
		that the amount of RAM allocatable with malloc will decrease
		by 32K for each page reserved here.
		Note that this reservation is only actually done if your
		program actually uses the himem API. Without any himem
		calls, the reservation is not done and the original amount
		of memory will be available.

endmenu #SPI RAM Config

menu "Ethernet Configuration"
	depends on ESP32_EMAC

config ESP32_ETH_NRXDESC
	int "RX description number"
	default 9
	---help---
		Descriptions of RX should be more than TX's.

config ESP32_ETH_NTXDESC
	int "TX description number"
	default 8

config ESP32_ETH_MDCPIN
	int "MDC Pin"
	default 23
	range 0 39

config ESP32_ETH_MDIOPIN
	int "MDIO Pin"
	default 18
	range 0 39

config ESP32_ETH_ENABLE_PHY_RSTPIN
	bool "Enable Reset PHY Pin"
	default y

config ESP32_ETH_PHY_RSTPIN
	int "Reset PHY Pin"
	default 5
	range 0 39
	depends on ESP32_ETH_ENABLE_PHY_RSTPIN

config ESP32_ETH_PHY_ADDR
	int "PHY address"
	default 1

endmenu # ESP32_EMAC

menu "Wi-Fi Configuration"
	depends on ESP32_WIFI

choice
	prompt "ESP32 Wi-Fi mode"
	default ESP32_WIFI_STATION

config ESP32_WIFI_STATION
	bool "Station mode"

config ESP32_WIFI_SOFTAP
	bool "SoftAP mode"

config ESP32_WIFI_STATION_SOFTAP
	bool "Station + SoftAP"

endchoice # ESP32 Wi-Fi mode

config ESP32_WIFI_STATIC_RXBUF_NUM
	int "Wi-Fi static RX buffer number"
	default 10

config ESP32_WIFI_DYNAMIC_RXBUF_NUM
	int "Wi-Fi dynamic RX buffer number"
	default 32

config ESP32_WIFI_DYNAMIC_TXBUF_NUM
	int "Wi-Fi dynamic TX buffer number"
	default 32

config ESP32_WIFI_TX_AMPDU
	bool "Wi-Fi TX AMPDU"
	default y

config ESP32_WIFI_RX_AMPDU
	bool "Wi-Fi RX AMPDU"
	default y

config ESP32_WIFI_RXBA_AMPDU_WZ
	int "Wi-Fi RX BA AMPDU windown size"
	default 6

config ESP32_WLAN_PKTBUF_NUM
	int "WLAN netcard packet buffer number per netcard"
	default 16

config ESP32_WIFI_CONNECT_TIMEOUT
	int "Connect timeout by second"
	default 10
	---help---
		Max waiting time of connecting to AP.

config ESP32_WIFI_SCAN_RESULT_SIZE
	int "Scan result buffer"
	default 4096
	---help---
		Maximum scan result buffer size.

config ESP32_WIFI_STA_DISCONNECT_PM
	bool "Power Management for station when disconnected"
	default n
	---help---
		Select this option to enable power management for station when disconnected.
		Chip will do modem-sleep when RF module is not in use anymore.

config EXAMPLE_WIFI_LISTEN_INTERVAL
	int "Wi-Fi listen interval"
	default 3
	---help---
		Interval for station to listen to beacon from AP. The unit of listen interval is one beacon interval.
		For example, if beacon interval is 100 ms and listen interval is 3, the interval for station to listen
		to beacon is 300 ms.

choice EXAMPLE_POWER_SAVE_MODE
	prompt "Power save mode"
	default EXAMPLE_POWER_SAVE_NONE
	---help---
		Power save mode for the esp32 to use. Modem sleep mode includes minimum and maximum power save modes.
		In minimum power save mode, station wakes up every DTIM to receive beacon. Broadcast data will not be
		lost because it is transmitted after DTIM. However, it can not save much more power if DTIM is short
		for DTIM is determined by AP.
		In maximum power save mode, station wakes up every listen interval to receive beacon. Broadcast data
		may be lost because station may be in sleep state at DTIM time. If listen interval is longer, more power
		is saved but broadcast data is more easy to lose.

config EXAMPLE_POWER_SAVE_NONE
	bool "none"

config EXAMPLE_POWER_SAVE_MIN_MODEM
	bool "minimum modem"

config EXAMPLE_POWER_SAVE_MAX_MODEM
	bool "maximum modem"

endchoice # EXAMPLE_POWER_SAVE_MODE

config ESP32_WIFI_WLAN_BUFFER_OPTIMIZATION
	bool "Enable optimization of WLAN driver buffer"
	default n
	---help---
		Enable optimization of WLAN memory

endmenu # ESP32_WIFI

menu "BLE Configuration"
	depends on ESP32_BLE

config ESP32_BLE_PKTBUF_NUM
	int "BLE netcard packet buffer number per netcard"
	default 16

config ESP32_BLE_TTY_NAME
	string "BLE TTY device name"
	default "/dev/ttyHCI0"
	depends on UART_BTH4

config ESP32_BLE_TASK_STACK_SIZE
	int "Controller task stack size"
	default 4096

config ESP32_BLE_TASK_PRIORITY
	int "Controller task priority"
	default 110

config ESP32_BLE_INTERRUPT_SAVE_STATUS
	int "Number of interrupt save status"
	default 3
	---help---
		Number of interrupt save status variables to keep track. Increase it if any related bug is found.

config ESP32_BLE_MAX_CONN
	int "Maximum BLE simultaneous connections"
	range 1 3
	default 1

endmenu # BLE Configuration

choice ESP32_UNIVERSAL_MAC_ADDRESSES
	bool "Number of universally administered (by IEEE) MAC addresses"
	default ESP32_UNIVERSAL_MAC_ADDRESSES_FOUR
	depends on ESP32_WIFI || ESP32_BLE
	---help---
		Configure the number of universally administered (by IEEE) MAC addresses.
		During initialization, MAC addresses for each network interface are generated or derived from a
		single base MAC address.
		If the number of universal MAC addresses is four, all four interfaces (WiFi station, WiFi softap,
		Bluetooth and Ethernet) receive a universally administered MAC address. These are generated
		sequentially by adding 0, 1, 2 and 3 (respectively) to the final octet of the base MAC address.
		If the number of universal MAC addresses is two, only two interfaces (WiFi station and Bluetooth)
		receive a universally administered MAC address. These are generated sequentially by adding 0
		and 1 (respectively) to the base MAC address. The remaining two interfaces (WiFi softap and Ethernet)
		receive local MAC addresses. These are derived from the universal WiFi station and Bluetooth MAC
		addresses, respectively.
		When using the default (Espressif-assigned) base MAC address, either setting can be used. When using
		a custom universal MAC address range, the correct setting will depend on the allocation of MAC
		addresses in this range (either 2 or 4 per device.)

config ESP32_UNIVERSAL_MAC_ADDRESSES_TWO
	bool "Two"
	select ESP_MAC_ADDR_UNIVERSE_WIFI_STA
	select ESP_MAC_ADDR_UNIVERSE_BT

config ESP32_UNIVERSAL_MAC_ADDRESSES_FOUR
	bool "Four"
	select ESP_MAC_ADDR_UNIVERSE_WIFI_STA
	select ESP_MAC_ADDR_UNIVERSE_WIFI_AP
	select ESP_MAC_ADDR_UNIVERSE_BT
	select ESP_MAC_ADDR_UNIVERSE_ETH

endchoice

config ESP32_UNIVERSAL_MAC_ADDRESSES
	int
	default 2 if ESP32_UNIVERSAL_MAC_ADDRESSES_TWO
	default 4 if ESP32_UNIVERSAL_MAC_ADDRESSES_FOUR

menu "PHY"
	depends on ESP32_PARTITION_TABLE

menuconfig ESP32_PHY_INIT_DATA_IN_PARTITION
	bool "Use a partition to store PHY init data"
	default n
	---help---
		If enabled, PHY init data will be loaded from a partition.
		When using a custom partition table, make sure that PHY data
		partition is included (type: 'data', subtype: 'phy').
		With default partition tables, this is done automatically.
		If PHY init data is stored in a partition, it has to be flashed there,
		otherwise runtime error will occur.

		If this option is not enabled, PHY init data will be embedded
		into the application binary.

		If unsure, choose 'n'.

config ESP32_PHY_DEFAULT_INIT_IF_INVALID
	bool "Reset default PHY init data if invalid"
	default n
	depends on ESP32_PHY_INIT_DATA_IN_PARTITION
	---help---
		If enabled, PHY init data will be restored to default if
		it cannot be verified successfully to avoid endless bootloops.

		If unsure, choose 'n'.

if ESP32_PHY_INIT_DATA_IN_PARTITION
config ESP32_SUPPORT_MULTIPLE_PHY_INIT_DATA
	bool "Support multiple PHY init data bin"
	depends on ESP32_PHY_INIT_DATA_IN_PARTITION
	default n
	---help---
		If enabled, the corresponding PHY init data type can be automatically switched
		according to the country code. China's PHY init data bin is used by default.
		Can be modified by country information in API esp_wifi_set_country().
		The priority of switching the PHY init data type is:
		1. Country configured by API esp_wifi_set_country()
		and the parameter policy is WIFI_COUNTRY_POLICY_MANUAL.
		2. Country notified by the connected AP.
		3. Country configured by API esp_wifi_set_country()
		and the parameter policy is WIFI_COUNTRY_POLICY_AUTO.

config ESP32_PHY_INIT_DATA_ERROR
	bool "Terminate operation when PHY init data error"
	depends on ESP32_SUPPORT_MULTIPLE_PHY_INIT_DATA
	default n
	---help---
		If enabled, when an error occurs while the PHY init data is updated,
		the program will terminate and restart.
		If not enabled, the PHY init data will not be updated when an error occurs.
endif

endmenu # PHY

menu "Real-Time Timer"
	depends on ESP32_RT_TIMER

config ESP32_RT_TIMER_TASK_NAME
	string "Timer task name"
	default "rt_timer"

config ESP32_RT_TIMER_TASK_PRIORITY
	int "Timer task priority"
	default 223
	---help---
		Priority level of the RT Timer task.
		Must be lower than the SCHED_HPWORKPRIORITY.

config ESP32_RT_TIMER_TASK_STACK_SIZE
	int "Timer task stack size"
	default 2048

endmenu # Real-Time Timer

if ESP32_TIMER
menu "Timer/counter Configuration"

config ESP32_ONESHOT
	bool "One-shot wrapper"
	default n
	---help---
		Enable a wrapper around the low level timer/counter functions to
		support one-shot timer.

config ESP32_FREERUN
	bool "TIM free-running wrapper"
	default n
	---help---
		Enable a wrapper around the low level timer/counter functions to
		support a free-running timer.

endmenu # Timer/counter Configuration
endif # ESP32_TIMER

menu "RTC Configuration"
	depends on ESP32_RTC

choice ESP32_RTC_CLK_SRC
	prompt "RTC clock source"
	default ESP32_RTC_CLK_SRC_INT_RC
	---help---
		Choose which clock is used as RTC clock source.

		- "Internal 150kHz oscillator" option provides lowest deep sleep current
			consumption, and does not require extra external components. However
			frequency stability with respect to temperature is poor, so time may
			drift in deep/light sleep modes.
		- "External 32kHz crystal" provides better frequency stability, at the
			expense of slightly higher (1uA) deep sleep current consumption.
		- "External 32kHz oscillator" allows using 32kHz clock generated by an
			external circuit. In this case, external clock signal must be connected
			to 32K_XN pin. Amplitude should be <1.2V in case of sine wave signal,
			and <1V in case of square wave signal. Common mode voltage should be
			0.1 < Vcm < 0.5Vamp, where Vamp is the signal amplitude.
			Additionally, 1nF capacitor must be connected between 32K_XP pin and
			ground. 32K_XP pin can not be used as a GPIO in this case.
		- "Internal 8.5MHz oscillator divided by 256" option results in higher
			deep sleep current (by 5uA) but has better frequency stability than
			the internal 150kHz oscillator. It does not require external components.

config ESP32_RTC_CLK_SRC_INT_RC
	bool "Internal 150kHz RC oscillator"

config ESP32_RTC_CLK_SRC_EXT_XTAL
	bool "External 32kHz crystal"
	select ESP_SYSTEM_RTC_EXT_XTAL

config ESP32_RTC_CLK_SRC_EXT_OSC
	bool "External 32kHz oscillator at 32K_XN pin"

config ESP32_RTC_CLK_SRC_INT_8MD256
	bool "Internal 8.5MHz oscillator, divided by 256 (~33kHz)"

endchoice
endmenu # "RTC Configuration"

menu "LEDC Configuration"
	depends on ESP32_LEDC

menuconfig ESP32_LEDC_TIM0
	bool "Timer 0"
	default n

if ESP32_LEDC_TIM0

config ESP32_LEDC_TIM0_CHANNELS
	int "Number of Timer 0 channels"
	default 2

endif # ESP32_LEDC_TIM0

menuconfig ESP32_LEDC_TIM1
	bool "Timer 1"
	default n

if ESP32_LEDC_TIM1

config ESP32_LEDC_TIM1_CHANNELS
	int "Number of Timer 1 channels"
	default 2

endif # ESP32_LEDC_TIM1

menuconfig ESP32_LEDC_TIM2
	bool "Timer 2"
	default n

if ESP32_LEDC_TIM2

config ESP32_LEDC_TIM2_CHANNELS
	int "Number of Timer 2 channels"
	default 2

endif # ESP32_LEDC_TIM2

menuconfig ESP32_LEDC_TIM3
	bool "Timer 3"
	default n

if ESP32_LEDC_TIM3

config ESP32_LEDC_TIM3_CHANNELS
	int "Number of Timer 3 channels"
	default 2

endif # ESP32_LEDC_TIM2

config ESP32_LEDC_CHANNEL0_PIN
	int "Channel 0 pin"
	default 2

config ESP32_LEDC_CHANNEL1_PIN
	int "Channel 1 pin"
	default 3

config ESP32_LEDC_CHANNEL2_PIN
	int "Channel 2 pin"
	default 4

config ESP32_LEDC_CHANNEL3_PIN
	int "Channel 3 pin"
	default 5

config ESP32_LEDC_CHANNEL4_PIN
	int "Channel 4 pin"
	default 6

config ESP32_LEDC_CHANNEL5_PIN
	int "Channel 5 pin"
	default 7

config ESP32_LEDC_CHANNEL6_PIN
	int "Channel 6 pin"
	default 8

config ESP32_LEDC_CHANNEL7_PIN
	int "Channel 7 pin"
	default 9

endmenu # LEDC configuration

config ESP32_HAVE_OTA_PARTITION
	bool
	default n

menu "Application Image Configuration"

choice
	prompt "Application Image Format"
	default ESP32_APP_FORMAT_LEGACY
	---help---
		Depending on the chosen 2nd stage bootloader, the application may
		be required to be perform a specific startup routine. Furthermore,
		the image binary must be formatted according to the definition from
		the 2nd stage bootloader.

config ESP32_APP_FORMAT_LEGACY
	bool "Legacy format"
	---help---
		This is the legacy application image format, as supported by the ESP-IDF
		2nd stage bootloader.

config ESP32_APP_FORMAT_MCUBOOT
	bool "MCUboot-bootable format"
	depends on !MCUBOOT_BOOTLOADER
	select ESP32_HAVE_OTA_PARTITION
	---help---
		The ESP32 port of MCUboot supports the loading of unsegmented firmware
		images.

endchoice # Application Image Format

choice
	prompt "Source for bootloader binaries"
	default ESP32_BOOTLOADER_DOWNLOAD_PREBUILT
	---help---
		Select the action to be taken by the build system for the
		"make bootloader" target.

config ESP32_BOOTLOADER_DOWNLOAD_PREBUILT
	bool "Download prebuilt binaries"
	---help---
		The build system will download the prebuilt binaries from
		https://github.com/espressif/esp-nuttx-bootloader according to the chosen
		Application Image Format (ESP32_APP_FORMAT_LEGACY or ESP32_APP_FORMAT_MCUBOOT)

config ESP32_BOOTLOADER_BUILD_FROM_SOURCE
	bool "Build binaries from source"
	---help---
		The build system will build all the required binaries from source. It will clone
		the https://github.com/espressif/esp-nuttx-bootloader repository and build a
		custom bootloader according to the chosen Application Image Format
		(ESP32_APP_FORMAT_LEGACY or ESP32_APP_FORMAT_MCUBOOT) and partition information.

endchoice

choice
	prompt "Target slot for image flashing"
	default ESP32_ESPTOOL_TARGET_PRIMARY
	depends on ESP32_HAVE_OTA_PARTITION
	---help---
		Slot to which ESPTOOL will flash the generated binary image.

config ESP32_ESPTOOL_TARGET_PRIMARY
	bool "Application image primary slot"
	---help---
		This assumes that the generated image is already pre-validated.
		This is the recommended option for the initial stages of the
		application firmware image development.

config ESP32_ESPTOOL_TARGET_SECONDARY
	bool "Application image secondary slot"
	---help---
		The application needs to confirm the generated image as valid,
		otherwise the bootloader may consider it invalid and perform the
		rollback of the update after a reset.
		This is the choice most suitable for the development and verification
		of a secure firmware update workflow.

endchoice

config ESP32_MCUBOOT_VERSION
	string "MCUboot version"
	depends on ESP32_APP_FORMAT_MCUBOOT
	default "b206b99b1555ca15f790a3287e57dc98ef3df2ac"

config ESP32_APP_MCUBOOT_HEADER_SIZE
	int "Application image header size (in bytes)"
	default 32
	depends on ESP32_APP_FORMAT_MCUBOOT

config ESP32_PARTITION_TABLE_OFFSET
	hex "Partition Table offset"
	default 0x8000
	depends on ESP32_APP_FORMAT_LEGACY

if BUILD_PROTECTED

config ESP32_USER_IMAGE_OFFSET
	hex "User image offset"
	default 0x90000
	---help---
		Offset in SPI Flash for flashing the User application firmware image.

config ESP32_USER_DATA_EXTMEM
	bool "Allocate user data in SPI RAM (READ HELP FIRST)"
	default n
	depends on ESP32_SPIRAM && EXPERIMENTAL
	---help---
		Allocate all data from User application firmware image in the external
		SPI RAM.

		Enabling this configuration comes with the restriction of running the Userspace
		with high privilege (same as Kernel space), which in turn makes the execution
		under Protected Mode not really protected.

		This feature is intended to allow experimentation of Protected Mode on ESP32 and
		should not be used in production. Protected mode on ESP32 is only supported with
		PSRAM disabled.

endif

source "arch/xtensa/src/esp32/Kconfig.security"

endmenu # Application Image Configuration

config ESP32_AUTO_SLEEP
	bool "Auto-sleep"
	default n
	select PM
	select ESP32_RT_TIMER
	select ESP32_TIMER0
	select ESP32_TICKLESS
	---help---
		Enable ESP32 Auto-sleep

config ESP32_TICKLESS
	bool "Enable ESP32 tickless OS"
	default n
	select ARCH_HAVE_TICKLESS
	select SCHED_TICKLESS

endif # ARCH_CHIP_ESP32
