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117 lines
6.6 KiB
Markdown
117 lines
6.6 KiB
Markdown
MICO
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====
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Mico-controller based Internet Connectivity Operation System
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### 特性
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* 为嵌入式设备设计的物联网开发软件平台
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* 基于实时操作系统设计
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* 支持各种微控制器平台
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* 无线网络接入方案：Wi-Fi，蓝牙
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* 内置云服务接入中间件和各种示例代码
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* 优秀的低功耗控制功能
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* 为物联网产品量产设计的应用程序框架
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* 为应用开发提供的大量编程工具
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### 目录结构
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* demos: 基于MiCO开发的各种示例程序
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* include: MiCO核心功能接口
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* MiCO: MiCO核心库,二进制文件和相关系统代码
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* libraries: MiCO软件中间件，应用支持代码等
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* platform: 基于不同开发环境，硬件平台的特性文件
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* board: 板级定制代码
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* Projects: 基于IAR开发环境的的工程文件
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* bootloader：系统引导程序源代码
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* makefiles：micoder编译工具链文件
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### 使用前准备
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1. 首先您需要拥有一个MiCOKit开发套件，具体信息请参考：[MiCOKit开发板简介](http://developer.mico.io/docs/34)；
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2. 安装MiCoder IDE集成开发环境，下载地址：[MiCoder IDE](http://developer.mico.io/downloads/2)；
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3. 准备一个Jlink下载调试工具(针对ST开发板，可使用Stlink)，并在PC上安装Jlink驱动软件；
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4. 连接Jlink工具到PC端，并更新驱动程序，具体方法参考：[MiCO SDK 使用](http://developer.mico.io/docs/10)页面中步骤 1；
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5. 使用USB线连接PC和MiCOKit，实现一个虚拟串口用于供电和输出调试信息, 驱动下载地址：[VCP driver](http://www.ftdichip.com/Drivers/VCP.htm)；
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6. 打开MiCoder IDE，导入当前MiCO SDK，导入方法请参考：[MiCoder IDE使用](http://developer.mico.io/docs/13)页面中的“导入其它版本SDK”；
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7. 在MiCoder IDE中make target命令框中，输入make命令，具体make命令格式请参考下节：wifi_uart串口透传实例使用。
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### 使用示例：“wifi_uart” 串口透传
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1. 打开MiCoder IDE,导入最新MiCO SDK，具体请参考上节第6条；
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2. 打开make target命令窗口，输入make命令，编译与下载对应的应用程序；
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3. make命令格式：make [total] [download] [run | debug] [JTAG=xxx] [VERBOSE=1] (Windows下为：make，Linux和Mac OS为：./make)
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4. 以MiCOKit-3165为例：
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仅编译应用程序，make命令： application.wifi_uart@MK3165
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编译bootloader和应用程序，make命令：application.wifi_uart@MK3165 total
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编译与下载bootloader和应用程序，make命令：application.wifi_uart@MK3165 total download
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编译与下载bootloader和应用程序，并重启运行，make命令：application.wifi_uart@MK3165 total download run
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5. 待编译下载完成，设备重启后，即可观察 MiCOKit 开发板状态是否发生变化，即配网指示灯闪烁;
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6. 下载后，方可进入MiCoder IDE在线调试功能界面，点击界面图标  下拉列表中 “MiCO” 进入在线调试参数设置界面
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7. 更详细MiCoder调试信息，请参考：[MiCoder IDE使用](http://developer.mico.io/docs/13)页面中的第5条“使用仿真器进行调试”;
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8. 更详细关于wifi_uart应用程序使用方法，请参考：[基于 wifi_uart 的 Easylink 使用说明](http://developer.mico.io/downloads/8).
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Notice: Internal use only
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MICO
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====
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Mico-controller based Internet Connectivity Operation System
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### Features
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* Software development platform designed for embedded devices
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* Based on a real time operation system
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* Support abundant MCUs
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* Wi-Fi, bluetooth connectivity total solution
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* Build-in protocols for cloud service
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* State-of-the-art low power management
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* Application framework for I.O.T product
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* Rich tools and mobile APP to accelerate development
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### Contents:
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* Demos: Demos applications and application framework.
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* include: MiCO core APIs.
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* mico: MiCO core libraries, binary file and system codes.
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* libraries: MiCO middleware, support functions.
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* platform: codes based in different IDE and hardware.
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* board: BSP file, Hardware resources and configurations on different boards.
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* Projects: IAR workbench projects.
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* libraries: Open source software libraries.
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* bootloader：System boot code.
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* makefiles：MiCoder compile toolchain files.
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### Preparations:
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1. You should have a development board [MiCOKit-xxx](http://developer.mico.io/docs/34)
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2. Install MiCoder IDE and download address: [MiCoder IDE] (http://developer.mico.io/downloads/2);
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3. Prepare a Jlink tool (for ST develpment board，use STlink)，and install its driver；
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4. Connect Jlink to PC, and update its driver following step 1 in http://developer.mico.io/docs/10；
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5. Connect USB cable to PC to have a virtual serial port, install [VCP driver](http://www.ftdichip.com/Drivers/VCP.htm)；
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6. Open MiCoder IDE and import the current MiCO SDK, please refer to: [MiCoder IDE use] (http://developer.mico.io/docs/13) page";
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7. Open the“make target” window in MiCoder IDE，and input make command，specific format please refer to the following section: wifi_uart example use.
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### Example "wifi_uart" serial transmission usage
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1. Open MiCoder IDE and import the latest MiCO SDK; specific method refer to the 6 step of“Preparation;
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2. Open the make target command window, and edit the make command, compile and download the corresponding application;
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3. Format of command： make [total] [download] [run command format: | debug] [JTAG=xxx] [VERBOSE=1] (Windows: make, Linux and Mac OS:./make);
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4. Take MiCOKit-3165 as example, in the MiCoder IDE target command window input:
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1) Compile applications only, make command: application.wifi_uart@MK3165;
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2) Compile bootloader and applications, make command: application.wifi_uart@MK3165 total
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3) Compile and download bootloader and applications, make command: application.wifi_uart@MK3165 total download
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4) Compile and download bootloader and applications, and restart run, make command: application.wifi_uart@MK3165 total download run;
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5. After compile，download, and restart, you can observe the status of MiCOKit development board is changed, that is, the distribution network flashing lights;
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6. After download, you can enter the MiCoder IDE online debugging interface, click the icon ![bug bugs] (http://developer.mico.io/fileDownload/120) and drop-down list
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"MiCO" to enter debugging interface;
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7. More detail about MiCoder IDE online debugging information, please refer to: [MiCoder IDE use] (http://developer.mico.io/docs/13) page, the step 5 about using the
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debugger for debugging".
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8. More detail about the wifi_uart application usage, please refer to: [Usage of Easylink based on wifi_uart ] (http://developer.mico.io/downloads/8). |