image_cfg.inc

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;;
;;  Copyright (c) Microsoft Corporation.  All rights reserved.
;;
;;
;;  Use of this source code is subject to the terms of the Microsoft end-user
;;  license agreement (EULA) under which you licensed this SOFTWARE PRODUCT.
;;  If you did not accept the terms of the EULA, you are not authorized to use
;;  this source code. For a copy of the EULA, please see the LICENSE.RTF on your
;;  install media.
;;
;;------------------------------------------------------------------------------
;;
;;  Copyright (C) 2004-2006, Freescale Semiconductor, Inc. All Rights Reserved.
;;  THIS SOURCE CODE, AND ITS USE AND DISTRIBUTION, IS SUBJECT TO THE TERMS
;;  AND CONDITIONS OF THE APPLICABLE LICENSE AGREEMENT
;;
;;------------------------------------------------------------------------------
;;
;;  File: image_cfg.inc
;;
;;  Defines configuration parameters used to create the NK and Bootloader
;;  program images.
;;
;;------------------------------------------------------------------------------

    IF  !:DEF: image_cfg_inc
image_cfg_inc    EQU 1


;;------------------------------------------------------------------------------
;;  RESTRICTION
;;
;;  This file is a configuration file. It should ONLY contain simple 
;;  directives defining constants. This file is included by other files that 
;;  only support simple substitutions.
;;
;;------------------------------------------------------------------------------

;;------------------------------------------------------------------------------
;;  NAMING CONVENTION
;;
;;  The IMAGE_ naming convention ...
;;
;;  IMAGE_<NAME>_<SECTION>_<MEMORY_DEVICE>_[OFFSET|SIZE|START|END]
;;
;;      <NAME>          - WINCE, BOOT, SHARE
;;      <SECTION>       - section name: user defined
;;      <MEMORY_DEVICE> - the memory device the block resides on
;;      OFFSET          - number of bytes from memory device start address
;;      SIZE            - maximum size of the block
;;      START           - start address of block    (device address + offset)
;;      END             - end address of block      (start address  + size - 1)
;;
;;------------------------------------------------------------------------------

;;------------------------------------------------------------------------------
;; General defines
IMAGE_BOOT_RAM_PA_START             EQU CSP_BASE_MEM_PA_CSD0
IMAGE_BOOT_RAM_UA_START             EQU (0x88000000)
IMAGE_BOOT_RAM_SIZE                 EQU (128 * 1024 * 1024)
IMAGE_BOOT_RAM_PA_END               EQU (IMAGE_BOOT_RAM_PA_START + IMAGE_BOOT_RAM_SIZE - 1)

IMAGE_BOOT_NOR_PA_START             EQU CSP_BASE_MEM_PA_CS0
IMAGE_BOOT_NOR_SIZE                 EQU (32 * 1024 * 1024)
IMAGE_BOOT_NOR_PA_END               EQU (IMAGE_BOOT_NOR_PA_START + IMAGE_BOOT_NOR_SIZE - 1)

;;------------------------------------------------------------------------------
;; SDRAM MEMORY
;; Share args
IMAGE_SHARE_ARGS_RAM_OFFSET         EQU (0)
IMAGE_SHARE_ARGS_RAM_PA_START       EQU (IMAGE_BOOT_RAM_PA_START + IMAGE_SHARE_ARGS_RAM_OFFSET)
IMAGE_SHARE_ARGS_RAM_SIZE           EQU (4 * 1024)

;; VPU reserved memory
IMAGE_SHARE_VPU_RAM_OFFSET          EQU (IMAGE_SHARE_ARGS_RAM_OFFSET + IMAGE_SHARE_ARGS_RAM_SIZE)
IMAGE_SHARE_VPU_RAM_PA_START        EQU (IMAGE_BOOT_RAM_PA_START + IMAGE_SHARE_VPU_RAM_OFFSET)
IMAGE_SHARE_VPU_RAM_SIZE            EQU (332 * 1024)

;; XLDR image
IMAGE_BOOT_XLDRIMAGE_RAM_OFFSET     EQU (IMAGE_SHARE_ARGS_RAM_OFFSET + IMAGE_SHARE_ARGS_RAM_SIZE)
IMAGE_BOOT_XLDRIMAGE_RAM_PA_START   EQU (IMAGE_BOOT_RAM_PA_START + IMAGE_BOOT_XLDRIMAGE_RAM_OFFSET)
IMAGE_BOOT_XLDRIMAGE_RAM_SIZE       EQU (2 * 1024)

;; Stack space for boot process
IMAGE_BOOT_STACK_RAM_OFFSET         EQU (IMAGE_BOOT_XLDRIMAGE_RAM_OFFSET + IMAGE_BOOT_XLDRIMAGE_RAM_SIZE)
IMAGE_BOOT_STACK_RAM_PA_START       EQU (IMAGE_BOOT_RAM_PA_START + IMAGE_BOOT_STACK_RAM_OFFSET)
IMAGE_BOOT_STACK_RAM_SIZE           EQU (234 * 1024)
IMAGE_BOOT_STACK_RAM_UA_END         EQU (IMAGE_BOOT_RAM_UA_START + IMAGE_BOOT_STACK_RAM_OFFSET + IMAGE_BOOT_STACK_RAM_SIZE - 4)

;; Page table
IMAGE_BOOT_EBOOTPT_RAM_OFFSET       EQU (IMAGE_BOOT_STACK_RAM_OFFSET + IMAGE_BOOT_STACK_RAM_SIZE)
IMAGE_BOOT_EBOOTPT_RAM_PA_START     EQU (IMAGE_BOOT_RAM_PA_START + IMAGE_BOOT_EBOOTPT_RAM_OFFSET)
IMAGE_BOOT_EBOOTPT_RAM_SIZE         EQU (16 * 1024)

;; EBOOT image
IMAGE_BOOT_EBOOTIMAGE_RAM_OFFSET    EQU (IMAGE_BOOT_EBOOTPT_RAM_OFFSET + IMAGE_BOOT_EBOOTPT_RAM_SIZE)
IMAGE_BOOT_EBOOTIMAGE_RAM_PA_START  EQU (IMAGE_BOOT_RAM_PA_START + IMAGE_BOOT_EBOOTIMAGE_RAM_OFFSET)
IMAGE_BOOT_EBOOTIMAGE_RAM_SIZE      EQU (256 * 1024)

;; IPL image
IMAGE_BOOT_IPLIMAGE_RAM_OFFSET      EQU (IMAGE_BOOT_EBOOTIMAGE_RAM_OFFSET + IMAGE_BOOT_EBOOTIMAGE_RAM_SIZE)
IMAGE_BOOT_IPLIMAGE_RAM_PA_START    EQU (IMAGE_BOOT_RAM_PA_START + IMAGE_BOOT_IPLIMAGE_RAM_OFFSET)
IMAGE_BOOT_IPLIMAGE_RAM_SIZE        EQU (256 * 1024)

;; RAM used during boot process
IMAGE_BOOT_SPARE_RAM_OFFSET         EQU (IMAGE_BOOT_IPLIMAGE_RAM_OFFSET + IMAGE_BOOT_IPLIMAGE_RAM_SIZE)
IMAGE_BOOT_SPARE_RAM_PA_START       EQU (IMAGE_BOOT_RAM_PA_START + IMAGE_BOOT_SPARE_RAM_OFFSET)
IMAGE_BOOT_SPARE_RAM_SIZE           EQU (240 * 1024)

;; FEC DMA buffer
IMAGE_SHARE_FEC_RAM_OFFSET          EQU (IMAGE_BOOT_SPARE_RAM_OFFSET + IMAGE_BOOT_SPARE_RAM_SIZE)
IMAGE_SHARE_FEC_RAM_PA_START        EQU (IMAGE_BOOT_RAM_PA_START + IMAGE_SHARE_FEC_RAM_OFFSET)
IMAGE_SHARE_FEC_RAM_SIZE            EQU (16 * 1024)

;; Bootloader display memory
IMAGE_SHARE_FRAMEBUFFER_RAM_OFFSET   EQU (IMAGE_SHARE_FEC_RAM_OFFSET + IMAGE_SHARE_FEC_RAM_SIZE)
IMAGE_SHARE_FRAMEBUFFER_RAM_PA_START EQU (IMAGE_BOOT_RAM_PA_START + IMAGE_SHARE_FRAMEBUFFER_RAM_OFFSET)
IMAGE_SHARE_FRAMEBUFFER_RAM_SIZE     EQU (1024 * 1024)

;; Run-time image memory
IMAGE_BOOT_NKIMAGE_RAM_OFFSET        EQU (IMAGE_SHARE_FRAMEBUFFER_RAM_OFFSET + IMAGE_SHARE_FRAMEBUFFER_RAM_SIZE)
IMAGE_BOOT_NKIMAGE_RAM_PA_START      EQU (IMAGE_BOOT_RAM_PA_START + IMAGE_BOOT_NKIMAGE_RAM_OFFSET)
;; AUTOSIZE is enabled, so there is no SIZE value

;;------------------------------------------------------------------------------
;; NOR flash image defines
IMAGE_BOOT_EBOOTIMAGE_NOR_OFFSET    EQU (0)
IMAGE_BOOT_EBOOTIMAGE_NOR_PA_START  EQU (IMAGE_BOOT_NOR_PA_START + IMAGE_BOOT_EBOOTIMAGE_NOR_OFFSET)
IMAGE_BOOT_EBOOTIMAGE_NOR_SIZE      EQU IMAGE_BOOT_EBOOTIMAGE_RAM_SIZE

;; Last 128K of NOR reserved for boot configuration
IMAGE_BOOT_BOOTCFG_NOR_SIZE         EQU (128 * 1024)
IMAGE_BOOT_BOOTCFG_NOR_OFFSET       EQU (IMAGE_BOOT_NOR_SIZE - IMAGE_BOOT_BOOTCFG_NOR_SIZE)
IMAGE_BOOT_BOOTCFG_NOR_PA_START     EQU (IMAGE_BOOT_NOR_PA_START + IMAGE_BOOT_BOOTCFG_NOR_OFFSET)

;; NK image occupies all the rest
IMAGE_BOOT_NKIMAGE_NOR_OFFSET       EQU (IMAGE_BOOT_EBOOTIMAGE_NOR_OFFSET + IMAGE_BOOT_EBOOTIMAGE_NOR_SIZE)
IMAGE_BOOT_NKIMAGE_NOR_PA_START     EQU (IMAGE_BOOT_NOR_PA_START + IMAGE_BOOT_NKIMAGE_NOR_OFFSET)
IMAGE_BOOT_NKIMAGE_NOR_SIZE         EQU (IMAGE_BOOT_NOR_SIZE - IMAGE_BOOT_EBOOTIMAGE_NOR_SIZE - IMAGE_BOOT_BOOTCFG_NOR_SIZE)
IMAGE_BOOT_NKIMAGE_NOR_PA_END       EQU (IMAGE_BOOT_NKIMAGE_NOR_PA_START + IMAGE_BOOT_NKIMAGE_NOR_SIZE - 1)

;;------------------------------------------------------------------------------
;; NAND flash image defines

;; NOTE:  EBOOT assumes these NAND regions are block-aligned

;; Define a special unused SOC address range that can be used to detect when an
;; image is destined for NAND flash

IMAGE_BOOT_NANDDEV_NAND_PA_START    EQU CSP_BASE_REG_PA_NANDFC
IMAGE_BOOT_NANDDEV_NAND_SIZE        EQU (128 * 1024 * 1024)
IMAGE_BOOT_NANDDEV_NAND_PA_END      EQU (IMAGE_BOOT_NANDDEV_NAND_PA_START + IMAGE_BOOT_NANDDEV_NAND_SIZE - 1)

IMAGE_BOOT_XLDRIMAGE_NAND_OFFSET    EQU (0)
IMAGE_BOOT_XLDRIMAGE_NAND_PA_START  EQU (IMAGE_BOOT_NANDDEV_NAND_PA_START + IMAGE_BOOT_XLDRIMAGE_NAND_OFFSET)
IMAGE_BOOT_XLDRIMAGE_NAND_SIZE      EQU (128 * 1024)
IMAGE_BOOT_XLDRIMAGE_NAND_PA_END    EQU (IMAGE_BOOT_XLDRIMAGE_NAND_PA_START + IMAGE_BOOT_XLDRIMAGE_NAND_SIZE - 1)

IMAGE_BOOT_EBOOTIMAGE_NAND_OFFSET   EQU (IMAGE_BOOT_XLDRIMAGE_NAND_OFFSET + IMAGE_BOOT_XLDRIMAGE_NAND_SIZE)
IMAGE_BOOT_EBOOTIMAGE_NAND_PA_START EQU (IMAGE_BOOT_NANDDEV_NAND_PA_START + IMAGE_BOOT_EBOOTIMAGE_NAND_OFFSET)
IMAGE_BOOT_EBOOTIMAGE_NAND_SIZE     EQU (256 * 1024)
IMAGE_BOOT_EBOOTIMAGE_NAND_PA_END   EQU (IMAGE_BOOT_EBOOTIMAGE_NAND_PA_START + IMAGE_BOOT_EBOOTIMAGE_NAND_SIZE - 1)

IMAGE_BOOT_IPLIMAGE_NAND_OFFSET     EQU (IMAGE_BOOT_EBOOTIMAGE_NAND_OFFSET + IMAGE_BOOT_EBOOTIMAGE_NAND_SIZE)
IMAGE_BOOT_IPLIMAGE_NAND_PA_START   EQU (IMAGE_BOOT_NANDDEV_NAND_PA_START + IMAGE_BOOT_IPLIMAGE_NAND_OFFSET)
IMAGE_BOOT_IPLIMAGE_NAND_SIZE       EQU (256 * 1024)
IMAGE_BOOT_IPLIMAGE_NAND_PA_END     EQU (IMAGE_BOOT_IPLIMAGE_NAND_PA_START + IMAGE_BOOT_IPLIMAGE_NAND_SIZE - 1)

IMAGE_BOOT_NKIMAGE_NAND_OFFSET      EQU (IMAGE_BOOT_IPLIMAGE_NAND_OFFSET + IMAGE_BOOT_IPLIMAGE_NAND_SIZE)
IMAGE_BOOT_NKIMAGE_NAND_PA_START    EQU (IMAGE_BOOT_NANDDEV_NAND_PA_START + IMAGE_BOOT_NKIMAGE_NAND_OFFSET)
IMAGE_BOOT_NKIMAGE_NAND_SIZE        EQU (48 * 1024 * 1024)
IMAGE_BOOT_NKIMAGE_NAND_PA_END      EQU (IMAGE_BOOT_NKIMAGE_NAND_PA_START + IMAGE_BOOT_NKIMAGE_NAND_SIZE - 1)

;; Last 128K of NAND reserved for boot configuration
IMAGE_BOOT_BOOTCFG_NAND_SIZE        EQU (128 * 1024)
IMAGE_BOOT_BOOTCFG_NAND_OFFSET      EQU (IMAGE_BOOT_NANDDEV_NAND_SIZE - IMAGE_BOOT_BOOTCFG_NAND_SIZE)
IMAGE_BOOT_BOOTCFG_NAND_PA_START    EQU (IMAGE_BOOT_NANDDEV_NAND_PA_START + IMAGE_BOOT_BOOTCFG_NAND_OFFSET)
IMAGE_BOOT_BOOTCFG_NAND_PA_END      EQU (IMAGE_BOOT_BOOTCFG_NAND_PA_START + IMAGE_BOOT_BOOTCFG_NAND_SIZE - 1)

;;------------------------------------------------------------------------------

    ENDIF
    END