SoC编译HEX脚本(基于RISC-V的SoC)

2019/04/12 10:29
阅读数 49

SoC编译HEX脚本(基于RISC-V的SoC)

脚本使用

./compile hello

脚本:设置RISC-V工具链riscv_set_env

##############   RISC-V  ##############
setenv RISCV_PATH /mnt/Software/FreedomStudio/SiFive/riscv64-unknown-elf-gcc-8.1.0-2018.12.0-x86_64-linux-ubuntu14/

set path = ($RISCV_PATH/bin $path)
set RISCV_ARCH = rv32imac
set RISCV_ABI  = ilp32

set RISCV_GCC      = ${RISCV_PATH}/bin/riscv64-unknown-elf-gcc
set RISCV_GXX      = ${RISCV_PATH}/bin/riscv64-unknown-elf-g++
set RISCV_OBJDUMP  = ${RISCV_PATH}/bin/riscv64-unknown-elf-objdump
set RISCV_GDB      = ${RISCV_PATH}/bin/riscv64-unknown-elf-gdb
set RISCV_AR       = ${RISCV_PATH}/bin/riscv64-unknown-elf-ar
set RISCV_ELF2HEX  = /usr/local/bin/riscv64-unknown-elf-elf2hex

脚本:编译过程compile

#!/bin/tcsh -f
# usage : ./compile hello
# please set toolchain dir
# Directory structure
# .
# ├── compile        
# ├── riscv_set_env
# ├── driver
# │   ├── bits.h
# │   ├── const.h
# │   ├── coreplexip-arty.h
# │   ├── encoding.h
# │   ├── env
# │   │   └── start.S
# │   ├── init.c
# │   ├── one_tim.lds
# │   ├── platform.h
# │   ├── sim_show.c
# │   ├── sim_show.h
# │   └── tim_split.lds
# └── testcase
#     └── hello
#         ├── obj
#         └── src
#             └── demo_print.c

source ./riscv_set_env

set INFO  = "###(info) ${0}"
set ERROR = "###(error) ${0}"

######################
# Configuration
######################
# Default target
if ($#argv == 0) then
    set PROGRAM = hello
else
    set PROGRAM = $argv[1]
endif
set BOOT_MODE = "SYSTEM_PORT_BOOT"

set DRV_BASE    = "driver"
set PROGRAM_DIR = testcase/${PROGRAM}
set ENV_DIR  = ${DRV_BASE}/env
######################
# file
######################
set SRC_DIR  = ${PROGRAM_DIR}/src
set OBJ_DIR  = ${PROGRAM_DIR}/obj

# Exit if no .S, .s. or .c files found
if (! -d $SRC_DIR) then
    echo "${ERROR}: $SRC_DIR: No such file or directory"
    exit 0
endif

set ASM_FILES = `find ${SRC_DIR} -name "*.S" -print`
set C_FILES   = `find ${SRC_DIR} -name "*.c" -print`
set HEX_FILES = `find ${SRC_DIR} -name "*.hex" -print`

set ASM_FILES = "${ASM_FILES} ${ENV_DIR}/start.S"
set C_FILES   = "${C_FILES} ${DRV_BASE}/init.c ${DRV_BASE}/sim_show.c"

if(("${ASM_FILES}" == "") && ("${C_FILES}" == "" && ("${HEX_FILES}" == ""))) then
    echo "ERROR: No test files or dirctory found"
    exit 0
else
    echo "${INFO}: Test files found are"
    echo ${ASM_FILES}
    echo ${C_FILES}
    echo ${HEX_FILES}
endif
 
# Create the work dir if it doesn't already exist
if (! -d $OBJ_DIR) then
    echo "${INFO}: Creating $OBJ_DIR"
    mkdir -p $OBJ_DIR
else 
    echo "${INFO}: Delecting files in $OBJ_DIR"
    rm -rf ${OBJ_DIR}/* 
endif

if ($BOOT_MODE == "SYSTEM_PORT_BOOT") then
   echo ""
   echo "*************************"
   echo "****SYSTEM PORT BOOT*****"
   set  LINK_TARGET = "one_tim"
   echo ""
else
   echo ""
   echo "*************************"
   set  LINK_TARGET = "flash"
   echo ""
endif

# comile parameter
set LINK_SCRPT = ${DRV_BASE}/${LINK_TARGET}.lds

set INCLUDES   = "-I${DRV_BASE} -I${ENV_DIR}"
echo ${INCLUDES}
set LINK_FILES = "${ASM_FILES} ${C_FILES}"

set CFLASS  = "-o0 -g -march=${RISCV_ARCH} -mabi=${RISCV_ABI} -mcmodel=medany ${INCLUDES}"
set LDFLASS = "-march=${RISCV_ARCH} -mabi=${RISCV_ABI} -T ${LINK_SCRPT} -nostartfiles -L{ENV_DIR} --specs=nano.specs ${INCLUDES}"

######################
# Compilation
######################
# if .hex found, only copy he first .hex to simulate
if ("${HEX_FILES}" != "") then
   echo "${INFO}: already exist hex file of ${HEX_FILES}"
   foreach i ($HEX_FILES)
     echo "${INFO}: run simulation with $i"
     cp $i ./riscv_rom.hex
     exit 0
   end
endif
# compile C code
if ("${C_FILES}" != "") then
   foreach i (${C_FILES})
     set base_name = "$i:t"
     set base_name = "$base_name:r"
     set obj_name  = ${OBJ_DIR}/"${base_name}".o
     echo "${INFO} Compile $i"
     ${RISCV_GCC} ${CFLASS} -c -Wa,-adlhn $i -o $obj_name > ${OBJ_DIR}/"${base_name}.s" 
     if ( $status ) exit 1
   end
endif
# compile asm code
if ("${ASM_FILES}" != "") then
   foreach i (${ASM_FILES})
     set base_name = "$i:t"
     set base_name = "$base_name:r"
     set obj_name  = ${OBJ_DIR}/"${base_name}".o
     echo "${INFO} Compile $i"
     ${RISCV_GCC} ${CFLASS} -c -o $obj_name $i 
     if ( $status ) exit 1
   end
endif

# link library and test object file
set OBJ_FILES = `find ${OBJ_DIR} -name "*.o" -print`
set PROGRAM_ELF = ${OBJ_DIR}/${PROGRAM}.elf
set PROGRAM_HEX = ${OBJ_DIR}/${PROGRAM}.hex

echo "${INFO}: Link library and object file, generate file of ${PROGRAM_ELF}"
${RISCV_GCC} ${LDFLASS} ${OBJ_FILES} --output ${PROGRAM_ELF}

echo "${INFO}: Convert elf file to hex of ${PROGRAM_HEX}"
${RISCV_ELF2HEX} --bit-width 32 --input ${PROGRAM_ELF} --output ${PROGRAM_HEX}
cp ${PROGRAM_HEX} riscv_rom.hex
${RISCV_OBJDUMP} -D ${PROGRAM_ELF} > riscv_rom.asm

附:RISC-V 工具链


[1].Prebuilt RISC‑V GCC Toolchain [2].elf2hex

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