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jaysnote:iar_icf
详解cc26xx_timac_stack_release.icf文件
- 关于语法帮助查看IAR Help Compiler reference -> Linking Consideration
- 关于内存空间映射查看CPU Domain Memory Map
/*******************************************************************************
Filename: cc26xx_timac_stack.icf
Revised: $Date: 2014-05-14 14:50:19 -0700 (Wed, 14 May 2014) $
Revision: $Revision: 38545 $
Description: IAR ARM Linker Configuration File - BLE Stack
Note: Code stack and heap are allocated by the Application/RTOS build.
Imported Symbols
Note: Linker defines are located in the IAR IDE project using --config_def
in Options->Linker->Extra Options, or placed in Options->Linker->
Config->Configuration file symbol definitions.
CCxxxx: Device Name (e.g. CC2650).
FLASH_ONLY_BUILD: Build full TIMAC stack in flash only memory. //编译整个TI-MAC都在Flash
FLASH_ROM_BUILD: Build Flash portion of TIMAC stack to work with ROM code. //仅仅编译部分TI-MAC在Falsh，其他部分在ROM
ROM_BUILD: Build ROM portion of TIMAC stack.
COMMON_ROM_BUILD: Build of common ROM code.
TEST_ROM_IN_FLASH: Build ROM code in Flash memory to test.
ICALL_STACK0_ADDR: Start address of flash only and flash ROM builds.
ICALL_RAM0_ADDR: Start address of RAM.
Exported Symbols
Note: Can be used as externs in C code.
ROM_BASE_ADDR: Location of start of ROM (where RT Init is expected).
RAM_BASE_ADDR: Location of start of RAM (for ICall and JT pointers).
COMMON_RAM_BASE_ADDR: Location of start of RAM (for ICall and JT pointers).
PAGE_SIZE: Size of Flash sector, in bytes.
NUM_SNV_PAGES: Number of sectors used for Simple NV.
*******************************************************************************/
////////////////////////////////////////////////////////////////////////////////
// Memory Sizes
////////////////////////////////////////////////////////////////////////////////
////////////////////////////////////////////////////////////////////////////////
// Chameleon
if ( isdefinedsymbol(CC2650) ) //类似条件编译，CC2650为定在工程配置预编译宏符号
{
define symbol RAM_SIZE = 0x00005000; // 20K //定义宏
define symbol FLASH_SIZE = 0x00020000; // 128K
define symbol ROM_SIZE = 0x0001C000; // 115K
}
////////////////////////////////////////////////////////////////////////////////
// Default
else
{
define symbol RAM_SIZE = 0x00004000; // 16K
define symbol FLASH_SIZE = 0x00020000; // 128K
define symbol ROM_SIZE = 0x00018000; // 96K
}
////////////////////////////////////////////////////////////////////////////////
// Memory Definitions
////////////////////////////////////////////////////////////////////////////////
////////////////////////////////////////////////////////////////////////////////
// CM3 FW
//
define symbol FW_START = 0x10000000;
define symbol FW_END = 0x10004BFF;
////////////////////////////////////////////////////////////////////////////////
// ROM
//
if ( isdefinedsymbol(COMMON_ROM_BUILD) ) //COMMON_ROM_BUILD通用ROM编译
{
if ( isdefinedsymbol(TEST_ROM_IN_FLASH) )
{
define symbol ROM_START = 0x0001A000; //该地址映射在SRAM
define symbol ROM_END = 0x0001EFFF;
}
else // ROM code is in ROM memory
{
//C:\ti\tirtos_simplelink_2_11_01_09\products\cc26xxware_2_00_06_14829\doc\
//register_descriptions\CPU_MMAP\BROM.html
// Physical address0x1001 4C00- 0x1001 8D6C
// Description Doorbell, RF_HAL, ECC, AES128. Possible to split into more details??
// Physical address0x1001 9FFC
// Description ROM SVN and CRC32
define symbol ROM_START = 0x10014C00; //该地址映射在BROM段
define symbol ROM_END = 0x10019FFF; }
}
else if ( isdefinedsymbol(ROM_BUILD) )
{
if ( isdefinedsymbol(TEST_ROM_IN_FLASH) )
{
define symbol ROM_START = 0x00010000;
define symbol ROM_END = 0x00019FFF;
}
else // ROM code is in ROM memory
{
//Address offset 0x0000 E000-0x0001 3C70
//Description TIMAC Controller
define symbol ROM_START = 0x1000E000; // TIMAC Controller
define symbol ROM_END = 0x10014BFF; // ROM SVN and CRC32
}
}
else // not a ROM build
{
define symbol ROM_START = 0x00010000;
define symbol ROM_END = 0x0001FFFF;
}
// export the ROM base address
if ( isdefinedsymbol(ROM_BUILD) || isdefinedsymbol(COMMON_ROM_BUILD) )
{
define symbol ROM_BASE_ADDR = ROM_START+1;
export symbol ROM_BASE_ADDR;
}
////////////////////////////////////////////////////////////////////////////////
// RAM
//
if ( isdefinedsymbol(FLASH_ONLY_BUILD) ) //FLASH_ONLY_BUILD
{
if ( isdefinedsymbol(ICALL_RAM0_ADDR) )
{
define symbol RAM_START = ICALL_RAM0_ADDR; //ICALL_RAM0_ADDR 宏定义在在工程配置预编译宏符号
}
else // default
{
define symbol RAM_START = 0x20002A00;
}
if ( isdefinedsymbol(CC2650) )
{
define symbol RAM_END = 0x20004FFF;
}
else // default
{
define symbol RAM_END = 0x20003FFF;
}
}
else if ( isdefinedsymbol(COMMON_ROM_BUILD) ) //COMMON_ROM_BUILD
{
if ( isdefinedsymbol(CC2650) )
{
define symbol RAM_START = 0x20004F2C;
define symbol RAM_END = 0x20004FFF;
}
else // default
{
define symbol RAM_START = 0x20003200;
define symbol RAM_END = 0x200032FF;
}
define symbol COMMON_RAM_BASE_ADDR = RAM_START;
export symbol COMMON_RAM_BASE_ADDR;
}
else if ( isdefinedsymbol(ROM_BUILD) ) //ROM_BUILD
{
if ( isdefinedsymbol(CC2650) )
{
define symbol RAM_START = 0x20004A14;
define symbol RAM_END = 0x20004EFF;
}
else
{
define symbol RAM_START = 0x20003300;
define symbol RAM_END = 0x20003FFF;
}
define symbol RAM_BASE_ADDR = RAM_START;
export symbol RAM_BASE_ADDR;
}
else if ( isdefinedsymbol(FLASH_ROM_BUILD) )
{
if ( isdefinedsymbol(CC2650) )
{
if ( isdefinedsymbol(ICALL_RAM0_ADDR) )
{
define symbol RAM_START = ICALL_RAM0_ADDR;
}
else
{
define symbol RAM_START = 0x20002A00;
}
define symbol RAM_END = 0x20004A13;
}
else
{
if ( isdefinedsymbol(ICALL_RAM0_ADDR) )
{
define symbol RAM_START = ICALL_RAM0_ADDR;
}
else
{
define symbol RAM_START = 0x20002A00;
}
define symbol RAM_END = 0x200031FF;
}
}
else // unknown build
{
define symbol RAM_START = 0xFFFFFFFF;
define symbol RAM_END = 0xFFFFFFFF;
}
////////////////////////////////////////////////////////////////////////////////
// Flash
//
define symbol PAGE_SIZE = 0x1000;
export symbol PAGE_SIZE;
define symbol NUM_RESERVED_PAGES = 1;
define symbol RESERVED_SIZE = (NUM_RESERVED_PAGES * PAGE_SIZE);
define symbol NUM_SNV_PAGES = 2;
export symbol NUM_SNV_PAGES;
define symbol SNV_SIZE = (NUM_SNV_PAGES * PAGE_SIZE);
define symbol SNV_START = (FLASH_SIZE - (RESERVED_SIZE + SNV_SIZE));
define symbol SNV_END = (SNV_START + SNV_SIZE - 1);
if ( isdefinedsymbol(FLASH_ONLY_BUILD) )
{
if ( isdefinedsymbol(ICALL_STACK0_ADDR) )
{
define symbol FLASH_START = ICALL_STACK0_ADDR;
}
else // default
{
define symbol FLASH_START = 0x00008000;
}
define symbol FLASH_END = (SNV_START - 1);
}
else if ( isdefinedsymbol(ROM_ONLY_BUILD) || isdefinedsymbol(COMMON_ROM_BUILD) )
{
define symbol FLASH_START = ROM_START;
define symbol FLASH_END = ROM_END;
}
else if ( isdefinedsymbol(FLASH_ROM_BUILD) )
{
if ( isdefinedsymbol(ICALL_STACK0_ADDR) )
{
define symbol FLASH_START = ICALL_STACK0_ADDR;
}
else // default
{
define symbol FLASH_START = 0x00008000;
}
if ( isdefinedsymbol(TEST_ROM_IN_FLASH) )
{
define symbol FLASH_END = (ROM_START-1);
}
else // ROM code is in ROM memory
{
define symbol FLASH_END = (SNV_START - 1);
}
}
else // unknown build
{
define symbol FLASH_START = 0xFFFFFFFF;
define symbol FLASH_END = 0xFFFFFFFF;
}
////////////////////////////////////////////////////////////////////////////////
// ROM Revision Number
//
if ( isdefinedsymbol(ROM_BUILD) || isdefinedsymbol(COMMON_ROM_BUILD) )
{
define symbol ROM_CRC_SIZE = 2;
define symbol ROM_REV_SIZE = 2;
define symbol ROM_REV_START = ROM_END - (ROM_CRC_SIZE + 1);
define symbol ROM_REV_END = ROM_REV_START + ROM_REV_SIZE - 1;
}
////////////////////////////////////////////////////////////////////////////////
// Memory Regions
////////////////////////////////////////////////////////////////////////////////
define memory mem with size = 4G;
define region FW = mem:[from FW_START to FW_END];
define region ROM = mem:[from ROM_START to ROM_END];
define region FLASH = mem:[from FLASH_START to FLASH_END];
define region RAM = mem:[from RAM_START to RAM_END];
define region SNV_FLASH = mem:[from SNV_START to SNV_END];
if ( isdefinedsymbol(ROM_BUILD) || isdefinedsymbol(COMMON_ROM_BUILD) )
{
define region ROM_REV = mem:[from ROM_REV_START to ROM_REV_END];
}
////////////////////////////////////////////////////////////////////////////////
// Flash Software Entry Point
////////////////////////////////////////////////////////////////////////////////
if ( isdefinedsymbol(FLASH_ONLY_BUILD) || isdefinedsymbol(FLASH_ROM_BUILD) )
{
place at start of FLASH { readonly section EntrySection };
}
////////////////////////////////////////////////////////////////////////////////
// Memory Placement
// For ROM: C Runtime, Checksum, ROM Revision Number, Flash JT, and FPB.
////////////////////////////////////////////////////////////////////////////////
if ( isdefinedsymbol(ROM_BUILD) || isdefinedsymbol(COMMON_ROM_BUILD) )
{
place in ROM { readonly };
place in RAM { readwrite };
// ROM C Runtime Routine
place at start of ROM { ro section .romRuntimeInit };
keep { section .romRuntimeInit };
// Checksum
place at end of ROM { ro section .checksum };
keep { section .checksum };
// ROM Revision Number
place at start of ROM_REV { ro section .rom_rev };
keep { section .rom_rev };
// ICall Functions and R2F and R2R Flash Jump Table Location Pointers
place at start of RAM { section .ramInitTable };
keep { section .ramInitTable };
}
else // !ROM_BUILD && !COMMON_ROM_BUILD
{
place in FLASH { readonly };
place in RAM { readwrite };
// Simple NV
define block .snv_mem with size=SNV_SIZE, alignment=4 { ro section .snv_mem };
place at start of SNV_FLASH { block .snv_mem };
keep { ro section .snv_mem };
//if ( isdefinedsymbol(FLASH_ROM_BUILD) )
//{
// // FPB Flash Address Table
// place at address mem:FLASH_ADDR_TBL_ADDR { section FPB_FLS_ADDR_TBL object FPB.o };
// keep { section FPB_FLS_ADDR_TBL object FPB.o };
// // FPB Opcode Table
// place at start of RAM { section FPB_RAM_OPCODE_TBL };
//}
}
////////////////////////////////////////////////////////////////////////////////
// Initialization
////////////////////////////////////////////////////////////////////////////////
if ( isdefinedsymbol(ROM_BUILD) || isdefinedsymbol(COMMON_ROM_BUILD) )
{
initialize by copy { readwrite };
}
else
{
initialize by copy with packing = packbits { readwrite };
}
do not initialize
{
section .noinit,
section .stack,
};
////////////////////////////////////////////////////////////////////////////////
jaysnote/iar_icf.txt · 最后更改: 2021/06/22 23:14 (外部编辑)
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