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

if ARCH_BOARD_GD32F450ZK_EVAL

choice
	prompt "Select Console wiring."
	default GD32F450ZK_EVAL_CONSOLE_BOARD
	---help---
		Select where you will connect the console.

		Virtual COM Port:

		Advantage: Use the ST-Link as a console. No Extra wiring
		needed.

		Disadvantage: Not the best choice for initial bring up.

		BOARD USART Connector:

		Advantage: You have a shield so it is easy.

		Disadvantage: You loose the use of the
		other functions on PA9, PA10

				GD32F450ZK_EVAL
			USART0 GPIO
			-- ----- --------- ----
			RX    USART0_RX PA10
			TX    USART0_TX PA9
			-- ----- --------- ---

config GD32F450ZK_EVAL_CONSOLE_BOARD
	bool "Eval Com Connector"
	select GD32_USART0
	select USART0_SERIALDRIVER

config GD32F450ZK_EVAL_CONSOLE_VIRTUAL
	bool "Virtual ComPort"
	select GD32_USART3
	select USART3_SERIALDRIVER

config GD32F450ZK_EVAL_CONSOLE_NONE
	bool "No Serial Console"

endchoice # "Select Console wiring"


choice
	prompt "GD32F4 MCU Crystal Selected"
	default GD32F4_BOARD_USE_HXTAL

config GD32F4_BOARD_USE_HXTAL
	bool "Use Hxtal as clock source"
	# select GD32F4_BOARD_HXTAL_VALUE

config GD32F4_BOARD_USE_IRC16
	bool "Use IRC16M as clock source"

endchoice # CPU Frequency

config GD32F4_BOARD_HXTAL_VALUE
	int "GD32F450Z Eval Board Hxtal Value"
	default 25000000
	depends on GD32F4_BOARD_USE_HXTAL
	---help---
		GD32F450Z Eval Board Hxtal Value, default is 25MHz.

choice
	prompt "GD32F4 MCU System Frequency"
	default GD32F4_200MHZ

config GD32F4_200MHZ
	bool "200 MHz"

config GD32F4_168MHZ
	bool "168 MHz"

config GD32F4_120MHZ
	bool "120 MHz"

endchoice # CPU Frequency


config GD32F450ZK_EVAL_GD25_BLOCKMOUNT
	bool "GD25 serial FLASH auto-mount"
	default n
	depends on GD32F4_SPI5 && MTD_GD25
	---help---
		Automatically initialize the GD25 SPI FLASH driver when NSH starts.

choice
	prompt "GD25 SPI FLASH configuration"
	default GD32F450ZK_EVAL_GD25_NXFFS
	depends on GD32F450ZK_EVAL_GD25_BLOCKMOUNT

config GD32F450ZK_EVAL_GD25_FTL
	bool "Create GD25 SPI FLASH block driver"
	---help---
		Create the MTD driver for the GD25 and "wrap" the GD25 as a standard
		block driver that could then, for example, be mounted using FAT or
		any other file system. Any file system may be used, but there will
		be no wear-leveling.

config GD32F450ZK_EVAL_GD25_NXFFS
	bool "Create GD25 serial FLASH NXFFS file system"
	depends on FS_NXFFS
	---help---
		Create the MTD driver for the GD25 and mount the GD25 device as
		a wear-leveling, NuttX FLASH file system (NXFFS).  The downside of
		NXFFS is that it can be very slow.

config GD32F450ZK_EVAL_GD25_LITTLEFS
	bool "Create GD25 serial FLASH LFS file system"
	depends on FS_LITTLEFS
	---help---
		Create the MTD driver for the GD25 and mount the GD25 device as
		a wear-leveling, LittleFS FLASH file system (LFS).

endchoice # GD25 serial FLASH configuration

config GD32F450ZK_EVAL_AT24_TEST
	bool "I2C0 EEPROM AT2402 write and read test"
	default n
	depends on NSH_ARCHINIT && GD32F4_I2C0 && MTD_AT24XX
	---help---
		Automatically initialize and test the AT24 I2C EEPROM driver when
		NSH starts. After test the I2C0 will be released.

config AT24XX_MTD_BLOCKSIZE
	int "AT24xx MTD block size"
	default 8
	depends on GD32F450ZK_EVAL_AT24_TEST
	---help---
		The block size must be an even multiple of the pages.
		The page size of AT2402 on the board is 8 Byte.

endif # ARCH_BOARD_GD32F450ZK_EVAL