/************************************************************************************
* This file contains some basic linker parameters.
*
* The linker file is made so it matches architecture for the Freescale HCS08 GB60/GT60 ucontroller
* to be used in the 802.15.4/Zigbee project. 
* 
* This version must be used if the Embedded Bootloader from version 5.00 is on the board. Use old linker file if
* you have an older version of the Embedded Bootloader (freeloader) versions before 5.00.
*
* Author(s):  Michael V. Christensen
*
* (c) Copyright 2004, Freescale Semiconductor, Inc. All rights reserved.
*
* Freescale Confidential Proprietary
* Digianswer Confidential
*
* No part of this document must be reproduced in any form - including copied,
* transcribed, printed or by any electronic means - without specific written
* permission from Freescale.
*
* Last Inspected: 29-03-01
* Last Tested:
*
************************************************************************************/

NAMES
// Do not remove this block/section.
// Description: The NAMES block contains a list of binary files building the application. This block
// is mandatory and can only be specified once in a prm file.
// Additional files may be specified by the option -Add. The object files specified with the option
// -Add are linked before the files mentioned in the NAMES block. With the option -Add, additional
// files can be added to a project without modifying the link parameter file.
// If all binary files should be specified by the command line option -add, then an empty NAMES
// block (just NAMES END) must be present in the link parameter file. Object files added with this
// option are linked before the object files specified in the NAMES block.
END

// **************************************************************************

// Memory map for HCS08 GB60/GT60. All memory areas are define below i.e. registers and stack etc.
// are shown.

// Options
// READ_WRITE	is for normal variables
// READ_ONLY	is for const variables and code
// NO_INIT	is for uninitialized variables.
// Note!
// "RES_" means that the system is not allowed to use the specified memory.

SECTIONS
    // Port registers
    DIRECT_PAGE_REGISTERS       = READ_WRITE 0x0000 TO 0x007F; // HW registers - This section contains often used port registers

    // Fast direct addressable memory
    DIRECT_ADDRESSING_MEMORY    = READ_WRITE 0x0080 TO 0x00FF; // "Fast" RAM memory

    // 802.15.4/App. stack memory
    APP_STACK_RAM               = READ_WRITE 0x0100 TO 0x025F; // RAM memory
    
    // 802.15.4/App. general memory
	  APP_RAM                     = READ_WRITE 0x0260  TO 0x0102F; // RAM memory	  
  
    CODE_EXECUTION_FROM_RAM0    = READ_WRITE 0x1030  TO 0x01077; // RAM memory	  
  
	  RST_APP_VAR                 = NO_INIT    0x01078 TO 0x01078; // July 28th 05,Lakshmi

    // Reserve space for NV RAM pointer
    // The pointer is initialized by code.
    MAC_NV_RAM_POINTER_RAM      = NO_INIT    0x01078 TO 0x01079; // RAM memory
    ZS_NV_RAM_POINTER_RAM       = NO_INIT    0x0107A TO 0x0107D; // RAM memory
    NVM_SCRATCHPAD_POINTER_RAM  = NO_INIT    0x0107E TO 0x0107F; // RAM memory
    
    // 802.15.4/App. startup structure flash memory
    APP_STARTUP_STRUC_FLASH     = READ_ONLY 0x01080 TO 0x10AF; // Flash memory

    // 802.15.4/App. flash memory - section 1
    APP_CODE                    = READ_ONLY 0x010B0 TO 0x17FF; // Flash memory
    
    //High page registers
    HIGH_PAGE_REGISTERS         = READ_WRITE 0x1800 TO 0x182B; // HW registers - High page register section

    APP_CODE_1                  = READ_ONLY 0x0182C TO 0x19FF;

    // BootLoader/802.15.4/App. NV RAM flash memory.
    // Initialized by 802.15.4.
    NVM_SCRATCHPAD              = READ_ONLY 0x01A00 TO 0x1BFF; // Flash memory
    
    BOOTLOADER_MAC_NV_RAM       = READ_ONLY 0x01C00 TO 0x1C8C; // Flash memory
    BOOTLOADER_PHY_NV_RAM       = READ_ONLY 0x01C8D TO 0x1CBB; // Flash memory
    BOOTLOADER_APP_NV_RAM       = READ_ONLY 0x01CBC TO 0x1DFF; // Flash memory
    
    BOOTLOADER_ZDO_NV_RAM_INIT  = READ_ONLY 0x1E00 TO 0x1E95; // Flash memory
    NVM_ZIGBEE_DATA_SECTION0    = READ_ONLY 0x1E96 TO 0x1FFF; // Flash memory
    NVM_ZIGBEE_SECTION0_ID      = READ_ONLY 0x1FFA TO 0x1FFF; // Flash memory
    
    NVM_ZIGBEE_DATA_SECTION1    = READ_ONLY 0x02000 TO 0x21FF; // Flash memory
    NVM_ZIGBEE_SECTION1_ID      = READ_ONLY 0x021FA TO 0x21FF; // Flash memory		        

    // 802.15.4/App. flash memory - section 2
    APP_CODE_2                  = READ_ONLY 0x02200 TO 0xFFAF; // Flash memory

    RES_NV_REGISTERS_FLASH      = READ_ONLY  0xFFB0 TO 0xFFBF; // None-volatile registers
    RES_IRQ_VECTORS_TABLE_FLASH = READ_ONLY  0xFFC0 TO 0xFFFD; // ISR vectors

    // Note! 802.15.4/App. does not have its own reset vector.
    RES_RESET_VECTOR_FLASH	    = READ_ONLY  0xFFFE TO 0xFFFF; // System reset vector
END

// **************************************************************************

// Here it is listed how the variables and code must be allocated.
PLACEMENT
    MY_ZEROPAGE                 INTO DIRECT_ADDRESSING_MEMORY;
    DEFAULT_RAM                 INTO APP_RAM;
    DEFAULT_ROM                 INTO APP_CODE,APP_CODE_1, APP_CODE_2;
    .startData                  INTO APP_STARTUP_STRUC_FLASH;
    
    RST_APP_VARIABLE						INTO RST_APP_VAR;    
    CODE_EXECUTION_FROM_RAM     INTO CODE_EXECUTION_FROM_RAM0;
    ZS_NV_RAM_POINTER           INTO ZS_NV_RAM_POINTER_RAM;
    MAC_NV_RAM_POINTER          INTO MAC_NV_RAM_POINTER_RAM;    
    NVM_SCRATCHPAD_POINTER      INTO NVM_SCRATCHPAD_POINTER_RAM;
    
    
    NVM_SCRATCHPAD_DATA0        INTO NVM_SCRATCHPAD;
    
    
    BOOTLOADER_MAC_NV_DATA0	    INTO BOOTLOADER_MAC_NV_RAM;
    BOOTLOADER_PHY_NV_DATA0	    INTO BOOTLOADER_PHY_NV_RAM;
    BOOTLOADER_APP_NV_DATA0     INTO BOOTLOADER_APP_NV_RAM;
    
    BOOTLOADER_ZDO_NV_DATA      INTO BOOTLOADER_ZDO_NV_RAM_INIT;
    NVM_ZIGBEE_DATA0            INTO NVM_ZIGBEE_DATA_SECTION0;
    NVM_ZIGBEE_DATA0_INIT       INTO NVM_ZIGBEE_SECTION0_ID;
    
    NVM_ZIGBEE_DATA1            INTO NVM_ZIGBEE_DATA_SECTION1;
    NVM_ZIGBEE_DATA1_INIT       INTO NVM_ZIGBEE_SECTION1_ID;
 
  	NV_REGISTERS_SECTION        INTO RES_NV_REGISTERS_FLASH;
    SSTACK   	                  INTO APP_STACK_RAM;
    IRQ_VECTOR_SECTION	        INTO RES_IRQ_VECTORS_TABLE_FLASH;
END

// **************************************************************************
VECTOR 0 _Startup /* reset vector: this is the default entry point for a C/C++ application. */
//VECTOR 0 Entry  /* reset vector: this is the default entry point for a Assembly application. */
//INIT Entry      /* for assembly applications: that this is as well the initialization entry point */