incubator-nuttx/boards/arm/stm32wl5/nucleo-wl55jc/Kconfig

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#
# For a description of the syntax of this configuration file,
# see the file kconfig-language.txt in the NuttX tools repository.
#
if ARCH_BOARD_NUCLEO_WL55JC
config ARCH_BOARD_NUCLEO_WL55JC_DEMO_LED_IRQ
bool "[demo] LED on button interrupt"
depends on ARCH_BUTTONS
depends on NSH_ARCHINIT
---help---
When enabled, pressing B3 button will toggle red LED.
This options is mostly for demo purposes of how one
can install GPIO interrupt.
comment "[demo] LED on button interrupt requires NSH_ARCHINIT"
depends on !NSH_ARCHINIT || !ARCH_BUTTONS
config ARCH_BOARD_ENABLE_CPU2
bool "Enable CPU2 on startup"
default n
---help---
When enabled, CPU2 (cortex-m0) will be started up. CPU2
will be booted after all initialization on CPU1 is done.
menuconfig ARCH_BOARD_IPCC
bool "Enabled IPCC"
select IPCC
select STM32WL5_IPCC
default n
---help---
Enables IPCC (inter processor communication controller)
to exchange data between CPU1 and CPU2. Channels are
indexed from 0. IPCC will be accessible as character
device under "/dev/ipccN" path, where N is an ipcc channel.
if ARCH_BOARD_IPCC
comment "IPCC buffering is off, enable IPCC_BUFFERED to configure buffers"
depends on !IPCC_BUFFERED
comment "IPCC channel 1 enabled by default"
config ARCH_BOARD_IPCC_CHAN1_RXBUF
int "Channel 1 RX buffer size"
default 256
depends on IPCC_BUFFERED
config ARCH_BOARD_IPCC_CHAN1_TXBUF
int "Channel 1 TX buffer size"
default 256
depends on IPCC_BUFFERED
config ARCH_BOARD_IPCC_CHAN2
bool "Enable channel 2"
default n
select STM32WL5_IPCC_CHAN2
if ARCH_BOARD_IPCC_CHAN2
config ARCH_BOARD_IPCC_CHAN2_RXBUF
int "Channel 2 RX buffer size"
default 256
depends on IPCC_BUFFERED
config ARCH_BOARD_IPCC_CHAN2_TXBUF
int "Channel 2 TX buffer size"
default 256
depends on IPCC_BUFFERED
config ARCH_BOARD_IPCC_CHAN3
bool "Enable channel 3"
default n
select STM32WL5_IPCC_CHAN3
if ARCH_BOARD_IPCC_CHAN3
config ARCH_BOARD_IPCC_CHAN3_RXBUF
int "Channel 3 RX buffer size"
default 256
depends on IPCC_BUFFERED
config ARCH_BOARD_IPCC_CHAN3_TXBUF
int "Channel 3 TX buffer size"
default 256
depends on IPCC_BUFFERED
config ARCH_BOARD_IPCC_CHAN4
bool "Enable channel 4"
default n
select STM32WL5_IPCC_CHAN4
if ARCH_BOARD_IPCC_CHAN4
config ARCH_BOARD_IPCC_CHAN4_RXBUF
int "Channel 4 RX buffer size"
default 256
depends on IPCC_BUFFERED
config ARCH_BOARD_IPCC_CHAN4_TXBUF
int "Channel 4 TX buffer size"
default 256
depends on IPCC_BUFFERED
config ARCH_BOARD_IPCC_CHAN5
bool "Enable channel 5"
default n
select STM32WL5_IPCC_CHAN5
if ARCH_BOARD_IPCC_CHAN5
config ARCH_BOARD_IPCC_CHAN5_RXBUF
int "Channel 5 RX buffer size"
default 256
depends on IPCC_BUFFERED
config ARCH_BOARD_IPCC_CHAN5_TXBUF
int "Channel 5 TX buffer size"
default 256
depends on IPCC_BUFFERED
config ARCH_BOARD_IPCC_CHAN6
bool "Enable channel 6"
default n
select STM32WL5_IPCC_CHAN6
if ARCH_BOARD_IPCC_CHAN6
config ARCH_BOARD_IPCC_CHAN2_RXBUF
int "Channel 6 RX buffer size"
default 256
depends on IPCC_BUFFERED
config ARCH_BOARD_IPCC_CHAN6_TXBUF
int "Channel 6 TX buffer size"
default 256
depends on IPCC_BUFFERED
endif # ARCH_BOARD_IPCC_CHAN6
endif # ARCH_BOARD_IPCC_CHAN5
endif # ARCH_BOARD_IPCC_CHAN4
endif # ARCH_BOARD_IPCC_CHAN3
endif # ARCH_BOARD_IPCC_CHAN2
endif # ARCH_BOARD_IPCC
menuconfig ARCH_BOARD_FLASH_MOUNT
bool "Enable FLASH partitioning and mounting"
depends on !DISABLE_MOUNTPOINT
select MTD
select MTD_PROGMEM
select MTD_PARTITION
select MTD_PARTITION_NAMES
select FS_PROCFS
default n
---help---
When enabled, you will be able to configure partition table
for onboard FLASH memory to create and mount flash filesystems.
All partition sizes are specified in PAGE_SIZE size. On
STM32WL5 page size is always 2048.
On STM32WL55JC there are 128 pages of flash memory. Size of
all configured partitions shall not exceed 128. In fact, it
should be equal to 128 or else you will simply have unused
space on flash. Even if you want some raw flash access you
should specify this partition in table and select fs_raw.
By default there are only 4 partitions defined, if you need
more, you can define more in Kconfig and stm32_flash.c files.
comment "FLASH partitioning and mounting requires !DISABLE_MOUNTPOINT"
depends on DISABLE_MOUNTPOINT
if ARCH_BOARD_FLASH_MOUNT
config ARCH_BOARD_FLASH_BL_PROG_SIZE
int "Size reserved for bootloader program code"
default 0
---help---
How much memory to reserve for bootloader program code.
If you are using bootloader in your application, specify
max size of bootloader partition. This memory will be
reserved at the beginning of flash, and CPU1 progmem will
be right after bootloader.
If you don't use bootloader and just want to run program
directly after reset, set this to 0.
config ARCH_BOARD_FLASH_CPU1_PROG_SIZE
int "Size reserved for CPU1 program code"
default 127
---help---
How much memory to reserve for CPU1 program code. This should
specified as other partitions will be created at offset to
this partition.
config ARCH_BOARD_FLASH_CPU2_PROG_SIZE
int "Size reserved for CPU2 program code"
default 0
---help---
How much memory to reserve for CPU2 program code. If you use
dual CPU you should specify how much memory you want to
reserve for code for second CPU. User partition will be
created at this offset. If you don't use CPU2, set this to 0.
config ARCH_BOARD_FLASH_PART1_SIZE
int "Size of user partition 1"
default 1
---help---
Size of partition specified in PAGE_SIZE. Page size on
stm32wl5xxx is always 2048.
config ARCH_BOARD_FLASH_PART1_NAME
string "Name of user partition 1"
default "part1"
---help---
MTD partition name, this can be later read by MTD API,
or it can also be read from /proc/partitions to easily
identify partitions.
config ARCH_BOARD_FLASH_PART1_MNT
string "Mount point for user partition 1"
default "/mnt/part1"
---help---
Directory where filesystem should be mounted.
Note: not all filesystems can be mounted. rawfs and
mtdconfig for example cannot be mounted. In that case
this config will be ignored.
config ARCH_BOARD_FLASH_PART1_FS
string
default "rawfs" if ARCH_BOARD_FLASH_PART1_FS_RAWFS
default "nxffs" if ARCH_BOARD_FLASH_PART1_FS_NXFFS
default "smartfs" if ARCH_BOARD_FLASH_PART1_FS_SMARTFS
default "mtdconfig" if ARCH_BOARD_FLASH_PART1_FS_MTDCONFIG
choice
prompt "Filesystem of user partition 1"
default ARCH_BOARD_FLASH_PART1_FS_RAWFS
config ARCH_BOARD_FLASH_PART1_FS_RAWFS
bool "rawfs"
---help---
Raw block device /dev/mtdblockN will be available to use
with standard open(2)/fopen(3) functions.
config ARCH_BOARD_FLASH_PART1_FS_NXFFS
select FS_NXFFS
bool "nxffs"
---help---
Partition will be used as nxffs. Only one nxffs partition
can be enabled at one given time!
config ARCH_BOARD_FLASH_PART1_FS_SMARTFS
select FS_SMARTFS
select MTD_SMART
bool "smartfs"
---help---
Partition will be used as smartfs. After first flash, you
will have to format partition with "mksmartfs /dev/smartN"
command. This has to be done only once unless you change
partition table that would affect offsets and/or sizes.
Programmers (like openocd) should not touch this memory
when flashing new software, unless you exceeded reserved
memory for program code.
Smartfs uses quite substential amount of FLASH data to
get to workable state and mount. Looks like 8 page sizes
is absolute minimum (so a 16KiB!).
config ARCH_BOARD_FLASH_PART1_FS_MTDCONFIG
select MTD_CONFIG
bool "mtdconfig"
---help---
Purpose build filesystem to hold application's configuration.
It's not a filesystem per se, as it cannot be mounted and
setting and retrieving configuration is done via ioctl(2)
calls.
endchoice # Filesystem of user partition 1
config ARCH_BOARD_FLASH_PART2_SIZE
int "Size of user partition 2"
default 0
if ARCH_BOARD_FLASH_PART2_SIZE > 0
config ARCH_BOARD_FLASH_PART2_NAME
string "Name of user partition 2"
default "part2"
config ARCH_BOARD_FLASH_PART2_MNT
string "Mount point for user partition 2"
default "/mnt/part2"
config ARCH_BOARD_FLASH_PART2_FS
string
default "rawfs" if ARCH_BOARD_FLASH_PART2_FS_RAWFS
default "nxffs" if ARCH_BOARD_FLASH_PART2_FS_NXFFS
default "smartfs" if ARCH_BOARD_FLASH_PART2_FS_SMARTFS
default "mtdconfig" if ARCH_BOARD_FLASH_PART2_FS_MTDCONFIG
choice
prompt "Filesystem of user partition 2"
default ARCH_BOARD_FLASH_PART2_FS_RAWFS
config ARCH_BOARD_FLASH_PART2_FS_RAWFS
bool "rawfs"
config ARCH_BOARD_FLASH_PART2_FS_NXFFS
select FS_NXFFS
bool "nxffs"
config ARCH_BOARD_FLASH_PART2_FS_SMARTFS
select FS_SMARTFS
select MTD_SMART
bool "smartfs"
config ARCH_BOARD_FLASH_PART2_FS_MTDCONFIG
select MTD_CONFIG
bool "mtdconfig"
endchoice # Filesystem of user partition 2
config ARCH_BOARD_FLASH_PART3_SIZE
int "Size of user partition 3"
default 0
if ARCH_BOARD_FLASH_PART3_SIZE > 0
config ARCH_BOARD_FLASH_PART3_NAME
string "Name of user partition 3"
default "part3"
config ARCH_BOARD_FLASH_PART3_MNT
string "Mount point for user partition 3"
default "/mnt/part3"
config ARCH_BOARD_FLASH_PART3_FS
string
default "rawfs" if ARCH_BOARD_FLASH_PART3_FS_RAWFS
default "nxffs" if ARCH_BOARD_FLASH_PART3_FS_NXFFS
default "smartfs" if ARCH_BOARD_FLASH_PART3_FS_SMARTFS
default "mtdconfig" if ARCH_BOARD_FLASH_PART3_FS_MTDCONFIG
choice
prompt "Filesystem of user partition 3"
default ARCH_BOARD_FLASH_PART3_FS_RAWFS
config ARCH_BOARD_FLASH_PART3_FS_RAWFS
bool "rawfs"
config ARCH_BOARD_FLASH_PART3_FS_NXFFS
select FS_NXFFS
bool "nxffs"
config ARCH_BOARD_FLASH_PART3_FS_SMARTFS
select FS_SMARTFS
select MTD_SMART
bool "smartfs"
config ARCH_BOARD_FLASH_PART3_FS_MTDCONFIG
select MTD_CONFIG
bool "mtdconfig"
endchoice # Filesystem of user partition 3
config ARCH_BOARD_FLASH_PART4_SIZE
int "Size of user partition 4"
default 0
if ARCH_BOARD_FLASH_PART4_SIZE > 0
config ARCH_BOARD_FLASH_PART4_NAME
string "Name of user partition 4"
default "part4"
config ARCH_BOARD_FLASH_PART4_MNT
string "Mount point for user partition 4"
default "/mnt/part4"
config ARCH_BOARD_FLASH_PART4_FS
string
default "rawfs" if ARCH_BOARD_FLASH_PART4_FS_RAWFS
default "nxffs" if ARCH_BOARD_FLASH_PART4_FS_NXFFS
default "smartfs" if ARCH_BOARD_FLASH_PART4_FS_SMARTFS
default "mtdconfig" if ARCH_BOARD_FLASH_PART4_FS_MTDCONFIG
choice
prompt "Filesystem of user partition 4"
default ARCH_BOARD_FLASH_PART4_FS_RAWFS
config ARCH_BOARD_FLASH_PART4_FS_RAWFS
bool "rawfs"
config ARCH_BOARD_FLASH_PART4_FS_NXFFS
select FS_NXFFS
bool "nxffs"
config ARCH_BOARD_FLASH_PART4_FS_SMARTFS
select FS_SMARTFS
select MTD_SMART
bool "smartfs"
config ARCH_BOARD_FLASH_PART4_FS_MTDCONFIG
select MTD_CONFIG
bool "mtdconfig"
endchoice # Filesystem of user partition 4
endif # ARCH_BOARD_FLASH_PART2_SIZE > 0
endif # ARCH_BOARD_FLASH_PART3_SIZE > 0
endif # ARCH_BOARD_FLASH_PART4_SIZE > 0
endif # ARCH_BOARD_FLASH_MOUNT
if LCD_SSD1680 && ARCH_BOARD_NUCLEO_WL55JC
menu "E-ink SSD1680 pins config"
choice
prompt "Port that handles Chip Select line (output)"
default SSD1680_GPIO_CS_PORTA if ARCH_BOARD_NUCLEO_WL55JC
config SSD1680_GPIO_CS_DISABLED
bool "Not available"
config SSD1680_GPIO_CS_PORTA
bool "Port A"
config SSD1680_GPIO_CS_PORTB
bool "Port B"
config SSD1680_GPIO_CS_PORTC
bool "Port C"
config SSD1680_GPIO_CS_PORTD
bool "Port D"
endchoice
if SSD1680_GPIO_CS_PORTA || SSD1680_GPIO_CS_PORTB || SSD1680_GPIO_CS_PORTC || SSD1680_GPIO_CS_PORTD
config SSD1680_GPIO_PIN_CS
int "Pin that select the chip on SPI bus (output)"
default "4" if ARCH_BOARD_NUCLEO_WL55JC
range 0 15
endif #SSD1680_GPIO_CS_PORTA || SSD1680_GPIO_CS_PORTB || SSD1680_GPIO_CS_PORTC || SSD1680_GPIO_CS_PORTD
choice
prompt "Port that handles Data/!Command line"
default SSD1680_GPIO_DTA_CMD_PORTA if ARCH_BOARD_NUCLEO_WL55JC
config SSD1680_GPIO_DTA_CMD_DISABLED
bool "Not available"
config SSD1680_GPIO_DTA_CMD_PORTA
bool "Port A"
config SSD1680_GPIO_DTA_CMD_PORTB
bool "Port B"
config SSD1680_GPIO_DTA_CMD_PORTC
bool "Port C"
config SSD1680_GPIO_DTA_CMD_PORTD
bool "Port D"
endchoice
if SSD1680_GPIO_DTA_CMD_PORTA || SSD1680_GPIO_DTA_CMD_PORTB || SSD1680_GPIO_DTA_CMD_PORTC || SSD1680_GPIO_DTA_CMD_PORTD
config SSD1680_GPIO_PIN_DTA_CMD
int "Pin that switch between command and data on 4-wire SPI bus"
default "9" if ARCH_BOARD_NUCLEO_WL55JC
range 0 15
endif #SSD1680_GPIO_DTA_CMD_PORTA || SSD1680_GPIO_DTA_CMD_PORTB || SSD1680_GPIO_DTA_CMD_PORTC || SSD1680_GPIO_DTA_CMD_PORTD
choice
prompt "Port that handles reset line (output)"
default SSD1680_GPIO_RST_PORTC if ARCH_BOARD_NUCLEO_WL55JC
config SSD1680_GPIO_RST_DISABLED
bool "Not available"
config SSD1680_GPIO_RST_PORTA
bool "Port A"
config SSD1680_GPIO_RST_PORTB
bool "Port B"
config SSD1680_GPIO_RST_PORTC
bool "Port C"
config SSD1680_GPIO_RST_PORTD
bool "Port D"
endchoice
if SSD1680_GPIO_RST_PORTA || SSD1680_GPIO_RST_PORTB || SSD1680_GPIO_RST_PORTC || SSD1680_GPIO_RST_PORTD
config SSD1680_GPIO_PIN_RST
int "Pin that handles the reset line (output)"
default "2" if ARCH_BOARD_NUCLEO_WL55JC
range 0 15
endif #SSD1680_GPIO_RST_PORTA || SSD1680_GPIO_RST_PORTB || SSD1680_GPIO_RST_PORTC || SSD1680_GPIO_RST_PORTD
choice
prompt "Port that handles busy line (input)"
default SSD1680_GPIO_BUSY_PORTC if ARCH_BOARD_NUCLEO_WL55JC
config SSD1680_GPIO_BUSY_DISABLED
bool "Not available"
config SSD1680_GPIO_BUSY_PORTA
bool "Port A"
config SSD1680_GPIO_BUSY_PORTB
bool "Port B"
config SSD1680_GPIO_BUSY_PORTC
bool "Port C"
config SSD1680_GPIO_BUSY_PORTD
bool "Port D"
endchoice
if SSD1680_GPIO_BUSY_PORTA || SSD1680_GPIO_BUSY_PORTB || SSD1680_GPIO_BUSY_PORTC || SSD1680_GPIO_BUSY_PORTD
config SSD1680_GPIO_PIN_BUSY
int "Pin that handles the busy line (input)"
default "1" if ARCH_BOARD_NUCLEO_WL55JC
range 0 15
endif #SSD1680_GPIO_BUSY_PORTA || SSD1680_GPIO_BUSY_PORTB || SSD1680_GPIO_BUSY_PORTC || SSD1680_GPIO_BUSY_PORTD
choice
prompt "Port that handles power line"
default SSD1680_GPIO_PWR_DISABLED if ARCH_BOARD_NUCLEO_WL55JC
config SSD1680_GPIO_PWR_DISABLED
bool "Not available"
config SSD1680_GPIO_PWR_PORTA
bool "Port A"
config SSD1680_GPIO_PWR_PORTB
bool "Port B"
config SSD1680_GPIO_PWR_PORTC
bool "Port C"
config SSD1680_GPIO_PWR_PORTD
bool "Port D"
endchoice
if SSD1680_GPIO_PWR_PORTA || SSD1680_GPIO_PWR_PORTB || SSD1680_GPIO_PWR_PORTC || SSD1680_GPIO_PWR_PORTD
config SSD1680_GPIO_PIN_PWR
int "Pin that handles the pwr on/off line (output)"
range 0 31
endif #SSD1680_GPIO_PWR_PORTA || SSD1680_GPIO_PWR_PORTB || SSD1680_GPIO_PWR_PORTC || SSD1680_GPIO_PWR_PORTD
config SSD1680_SPI_BUS
int "Spi bus no"
range 1 2
default "1"
endmenu
endif #LCD_SSD1680
endif # ARCH_BOARD_NUCLEO_WL55JC