-
Source from OpenBK7231T_App needs to be present in the
sharedAppContainer\sharedApp
folder. Windows instructions are for cygwin.Open an elevated Command window and run:
cd OpenBK7231T\apps\OpenBK7231T_App\sdk\OpenW600\sharedAppContainer mklink /d sharedApp Path_to_OpenBK7231T_apps_OpenBK7231T_App
cd OpenBK7231T_App/sdk ln -s Path_to_OpenBK7231T_apps_OpenBK7231T_App OpenW600/sharedAppContainer/sharedApp
-
Extract toolchain to the folder
w600-gcc-arm
which is the default location. The toolchain can be extracted elsewhere and defined while invokingmake
command.- Windows:
support\gcc-arm-none-eabi-4_9-2014q4-20141203-win32.zip
(downloaded from https://launchpad.net/gcc-arm-embedded/4.9/4.9-2014-q4-major/+download/gcc-arm-none-eabi-4_9-2014q4-20141203-win32.zip) - Linux:
support\gcc-arm-none-eabi-4_9-2014q4-20141203-linux.tar.bz2
(downloaded from https://launchpad.net/gcc-arm-embedded/4.9/4.9-2014-q4-major/+download/gcc-arm-none-eabi-4_9-2014q4-20141203-win32.zip)
- Windows:
-
Build
- cd
apps\OpenBK7231T_App\sdk\OpenW600
- Run
make
- or
make -C OpenBK7231T_App/sdk/OpenW600 TOOL_CHAIN_PATH=Path_to_ww600-gcc-arm_bin APP_VERSION=1.2.3
- To clean, run
make -C OpenBK7231T_App/sdk/OpenW600 clean
.
- cd
-
Uploading firmware
-
Firmware can be uploaded by running
tools/wm_tool.exe -c COM# -eo all -rs none -dl bin/w600/w600.fls
and then resetting the device.- The
-eo all
will erase the flash completely. Runtools/wm_tool.exe -h
to see all options.
- The
-
You can also use this python tool https://github.com/vshymanskyy/w600tool.git
python "Path_to_w600tool.py" -p COM# -e --upload "bin/w600/w600.fls"
python "Path_to_w600tool.py" -p COM# --upload "bin/w600/w600_gz.img"
-
-
This SDK lacked the tools (
makeimg
,makeimg_all
) for Linux build. The source for the same have been copied from another W600 SDK provided by WIZnet saved intosupport
folder. -
tools\rules.mk
was adjusted to pass in correct type.IMG_TYPE
should be 0 for 1M and 3 for 2M. The firmware otherwise generated was being reported as incorrect during upload. This enum declaration inwm_tools.cs
from W800 confirms the same.typedef enum { WM_TOOL_LAYOUT_TYPE_1M = 0, WM_TOOL_LAYOUT_TYPE_2M = 3 } wm_tool_layout_type_e;
1. 当前 sdk 版本 v3.2.0 ,建议首次升级时先下载 FLS 文件,固件烧录请参考
http://docs.thingsturn.com/application_note/download_firmware/
2. 重点优化了低功耗模式,目前功耗有明显改善。
3. 当前支持 2M flash 版本 W600,单用户区高达960KB。
请查看 ChangeLog
使用 MDK 打开 WM_SDK/tools/Keil/Project/WM_W600.uvproj ,点击 Project -》Build Target 即可编译
需要swd调试的用户请参考 http://docs.thingsturn.com/application_note/swd_debugging/
打开 Eclipse 环境,右键项目名称,执行 Build Project 即可。环境搭建请参考 http://docs.thingsturn.com/development/soc/start/
使用 Linux 平台编译时,需更新tools/makeimg 和 tools/makeimg_all 的执行权限,如 chmod 755 makeimg
make // 执行编译
make clean //清理编译过程中的中间文件
make erase //擦除flash
make flash //编译并烧录 w600_gz.img
make flash_all //编译并烧录 w600.fls 固件
-
COMPILE=gcc
默认gcc,可选armcc
-
TARGET=w600
生成的bin文件名称,默认为w600
-
DL_PORT=COM6
make flash 进行固件烧录时使用的端口号,默认COM1
-
DL_BAUD=2000000
make flash 进行固件烧录时使用的波特率,默认 2Mbps,部分型号的串口不支持。
支持 2000000, 1000000, 921600, 460800, 115200等不同速率及进行下载.
-
FLASH_SIZE=1M
编译时指定实际使用的flash大小,默认为1M
-
使用 armcc 进行固件编译
make COMPILE=armcc //使用armcc编译
-
使用 gcc 进行固件编译
make COMPILE=gcc //使用gcc编译
-
使用 gcc 进行固件编译并烧录,端口 COM8,下载波特率 1Mbps
make flash COMPILE=gcc DL_PORT=COM8 DL_BAUD=1000000
请查看 README
- GCC版本下载:https://launchpad.net/gcc-arm-embedded/4.9/4.9-2014-q4-major/
- 为缩短编译时间,platform 和 src 目录内的源码,不参与每一次的应用层编译,如修改该目录内文件,可运行对应目录下的make_xxx_lib.sh,更新/lib下的文件,下次编译时即可链接更新后的文件.
- 可修改根目录下 Makefile ,USE_LIB=0,则默认使用源码编译。
- 使用 armcc 编译时,需修改 tools/too_chain.def 下面的 Line 38:KEIL_PATH 路径和 Line 45:INC 路径。
- 有任何疑问或问题反馈,可联系 support@thingsturn.com