108 lines
1.9 KiB
Markdown
108 lines
1.9 KiB
Markdown
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# AARCH32 工作模式使用
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- 当开发者需要基于 Phytium 系列芯片进行开发时，可以从以下几个步骤出发配置芯片
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## 1. 如何选择芯片
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- Windows Env 环境下
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```shell
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menuconfig
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```
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- Linux 环境下
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```shell
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scons --menuconfig
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```
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开发者通过以下选择进行配置
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```
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Standalone Setting > Board Configuration > Chip
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```
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## 2. 如何选择驱动
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```shell
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scons --menuconfig
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```
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开发者通过以下选项进行驱动的使能
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```
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Hardware Drivers > On-chip Peripheral Drivers
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```
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## 3. 开启SDK中内部调试信息
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```shell
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scons --menuconfig
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```
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开发者通过以下选项进行调试信息等级的设置
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## 4. 编译程序
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```shell
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scons -c
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scons
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```
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- 完成编译之后目录下将会生成以下几个文件
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```
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rtthread_a32.bin
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rtthread_a32.elf
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rtthread_a32.map
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```
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## 5. 打包导出工程源代码
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- 指定工程名和路径，打包RT-Thread内核和Phytium BSP代码，可以导出一个工程工程
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```
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python ./export_project.py -n=phytium-a32 -o=D:/proj/rt-thread-e2000/phytium-a32
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```
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- 进入打包工程的目录，修改工程根目录 Kconfig 中的路径 BSP_DIR 和 STANDALONE_DIR
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> env 环境中的 menuconfig 不会调用 SConstruct 修改路径环境变量，因此需要手动修改路径
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```
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config BSP_DIR
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string
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option env="BSP_ROOT"
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default "."
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config STANDALONE_DIR
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string
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option env="STANDALONE_DIR"
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default "libraries/standalone"
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```
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- 输入 menuconfig 和 scons 完成编译
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## 6. 将工程导入 RT-Studio
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- 在 RT-Studio 使用功能`RT-Thread Bsp 到工作空间`，导入 5. 中导出的 BSP 工程
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- 设置 BSP 工程的交叉编译链后进行后续开发
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