#
# For a description of the syntax of this configuration file,
# see misc/tools/kconfig-language.txt.
#

choice
	prompt "CPU Architecture"
	default ARCH_ARM

config ARCH_8051
	bool "8051"
	select CUSTOM_STACK
	---help---
		Intel 8051 architectures and derivaties

config ARCH_ARM
	bool "ARM"
	select ARCH_HAVE_INTERRUPTSTACK
	select ARCH_HAVE_VFORK
	select ARCH_HAVE_STACKCHECK
	---help---
		The ARM architectures

config ARCH_AVR
	bool "AVR"
	select ARCH_NOINTC
	select ARCH_HAVE_INTERRUPTSTACK
	---help---
		Atmel 8-bit bit AVR and 32-bit AVR32 architectures

config ARCH_HC
	bool "Freescale HC"
	select ARCH_NOINTC
	select ARCH_HAVE_INTERRUPTSTACK
	---help---
		Freescale HC architectures (M9S12)

config ARCH_MIPS
	bool "MIPS"
	select ARCH_HAVE_INTERRUPTSTACK
	---help---
		MIPS architectures (PIC32)

config ARCH_RGMP
	bool "RGMP"
	---help---
		RTOS and GPOS on Multi-Processor (RGMP) architecture.  See 
		http://rgmp.sourceforge.net/wiki/index.php/Main_Page.

config ARCH_SH
	bool "Renesas"
	select ARCH_NOINTC
	select ARCH_HAVE_INTERRUPTSTACK
	---help---
		Renesas architectures (SH and M16C).

config ARCH_SIM
	bool "Simulation"
	---help---
		Linux/Cywgin user-mode simulation.

config ARCH_X86
	bool "x86"
	---help---
		Intel x86 architectures.

config ARCH_Z16
	bool "ZNEO"
	select ARCH_HAVE_HEAP2
	---help---
		ZiLOG ZNEO 16-bit architectures (z16f).

config ARCH_Z80
	bool "z80"
	select ARCH_HAVE_HEAP2
	---help---
		ZiLOG 8-bit architectures (z80, ez80, z8).

endchoice

config ARCH
	string
	default "8051"	if ARCH_8051
	default "arm"	if ARCH_ARM
	default "avr"	if ARCH_AVR
	default "hc"	if ARCH_HC
	default "mips"	if ARCH_MIPS
	default "rgmp"	if ARCH_RGMP
	default "sh"	if ARCH_SH
	default "sim"	if ARCH_SIM
	default "x86"	if ARCH_X86
	default "z16"	if ARCH_Z16
	default "z80"	if ARCH_Z80

source arch/8051/Kconfig
source arch/arm/Kconfig
source arch/avr/Kconfig
source arch/hc/Kconfig
source arch/mips/Kconfig
source arch/rgmp/Kconfig
source arch/sh/Kconfig
source arch/sim/Kconfig
source arch/x86/Kconfig
source arch/z16/Kconfig
source arch/z80/Kconfig

comment "Architecture Options"

config ARCH_NOINTC
	bool
	default n

config ARCH_VECNOTIRQ
	bool
	default n

config ARCH_DMA
	bool
	default n

config ARCH_IRQPRIO
	bool
	default n

config CUSTOM_STACK
	bool
	default n

config ADDRENV
	bool
	default n

config ARCH_HAVE_VFORK
	bool
	default n

config ARCH_HAVE_MMU
	bool

config ARCH_STACKDUMP
	bool "Dump stack on assertions"
	default n
	---help---
		Enable to do stack dumps after assertions

config ENDIAN_BIG
	bool "Big Endian Architecture"
	default n
	---help---
		Select if architecture operates using big-endian byte ordering.

config ARCH_HAVE_RAMFUNCS
	bool
	default n

config ARCH_RAMFUNCS
	bool "Copy functions to RAM on startup"
	default n
	depends on ARCH_HAVE_RAMFUNCS
	---help---
		Copy some functions to RAM at boot time.  This is done in some
		architectures to improve performance.  In other cases, it is done
		so that FLASH can be reconfigured while the MCU executes out of
		SRAM.

config ARCH_HAVE_RAMVECTORS
	bool
	default n

config ARCH_RAMVECTORS
	bool "Support RAM interrupt vectors"
	default n
	depends on ARCH_HAVE_RAMVECTORS
	---help---
		If ARCH_RAMVECTORS is defined, then the architecture will support
		modifiable vectors in a RAM-based vector table.

comment "Board Settings"

config BOARD_LOOPSPERMSEC
	int "Delay loops per millisecond"
	default 5000
	---help---
		Simple delay loops are used by some logic, especially during boot-up,
		driver initialization.  These delay loops must be calibrated for each
		board in order to assure accurate timing by the delay loops.

config ARCH_CALIBRATION
	bool "Calibrate delay loop"
	default n
	---help---
		Enables some built in instrumentation that causes a 100 second delay
		during boot-up.  This 100 second delay serves no purpose other than it
		allows you to calibratre BOARD_LOOPSPERMSEC.  You simply use a stop
		watch to measure the actual delay then adjust BOARD_LOOPSPERMSEC until
		the actual delay is 100 seconds.

config ARCH_HAVE_INTERRUPTSTACK
	bool

config ARCH_INTERRUPTSTACK
	int "Interrupt Stack Size"
	depends on ARCH_HAVE_INTERRUPTSTACK
	default 0
	---help---
		This architecture supports an interrupt stack. If defined, this symbol
		will be the size of the interrupt stack in bytes.  If not defined (or
		defined to be zero), the user task stacks will be used during interrupt
		handling.

comment "Boot options"

choice
	prompt "Boot Mode"
	default BOOT_RUNFROMFLASH

config BOOT_RUNFROMEXTSRAM
	bool "Run from external SRAM"
	---help---
		Some configuration support booting and running from external SRAM.

config BOOT_RUNFROMFLASH
	bool "Boot and run from flash"
	---help---
		Most configurations support XIP operation from FLASH but must copy
		initialized .data sections to RAM. (This is the default).

config BOOT_RUNFROMISRAM
	bool "Boot and run from internal SRAM"
	---help---
		Some configuration support booting and running from internal SRAM.

config BOOT_RUNFROMSDRAM
	bool "Boot and run from external SDRAM"
	---help---
		Some configuration support booting and running from external SDRAM.

config BOOT_COPYTORAM
	bool "Boot from FLASH but copy to ram"
	---help---
		Some configurations boot in FLASH but copy themselves entirely into
		RAM for better performance.

endchoice

menu "Boot Memory Configuration"

config RAM_START
	hex "Primary RAM start address (physical)"
	default 0x0
	help
		The physical start address of primary installed RAM.  "Primary" RAM
		refers to the RAM that you link program code into.  If program code
		does not excecute out of RAM but from FLASH, then you may designate
		any block of RAM as "primary."

config RAM_VSTART
	hex "Primary RAM start address (virtual)"
	default 0x0
	depends on ARCH_HAVE_MMU
	help
		The virtual start address of installed primary RAM. "Primary" RAM
		refers to the RAM that you link program code into.  If program code
		does not excecute out of RAM but from FLASH, then you may designate
		any block of RAM as "primary."

config RAM_SIZE
	int "Primary RAM size"
	default 0
	help
		The size in bytes of the installed primary RAM. "Primary" RAM
		refers to the RAM that you link program code into.  If program code
		does not excecute out of RAM but from FLASH, then you may designate
		any block of RAM as "primary."

if BOOT_RUNFROMFLASH && ARCH_HAVE_MMU

config FLASH_START
	hex "Boot FLASH start address (physical)"
	default 0x0
	help
		The physical start address of installed boot FLASH.  "Boot" FLASH
		refers to the FLASH that you link program code into.

config FLASH_VSTART
	hex "Boot FLASH start address (virtual)"
	default 0x0
	help
		The virtual start address of installed boot FLASH.  "Boot" FLASH
		refers to the FLASH that you link program code into.

config FLASH_SIZE
	int "Boot FLASH size"
	default 0
	help
		The size in bytes of the installed boot FLASH.  "Boot" FLASH
		refers to the FLASH that you link program code into.

endif # BOOT_RUNFROMFLASH && ARCH_HAVE_MMU
endmenu # Boot Memory Configuration