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["例程","下载方式","程序功能","硬件连接","软件设置","实验现象"]
["GPIO_Key_LED","SWD","LED,按键,摇杆实验","·将LED跳线跳好\n·将独立按键，五项摇杆按键的跳线跳好",null,"摇动摇杆或按按键   会改变LED的状态"]
[]
["LCD-HY32D_FSMC","SWD","LCD实验","·将3.2inch 320x240 Touch LCD (A) LCD模块插到开发板上",null,"可以观察到LCD上显示"]
["NandFlash_SCB0","SWD","NAND FLASH实验","·将连接到电脑的USB线插到底板的USB TO UART口上","查看备注①","串口助手输出相应信息"]
["RTC","SWD","RTC实验","·将连接到电脑的USB线插到底板的USB TO UART口上","查看备注①","串口助手输出相应信息"]
["TouchPanel","SWD","LCD触摸实验","·将LCD连接到板子LCD接口",null,"可以在LCD上画任意线"]
["uCOSII2.91+UCGUI3.90A","SWD","uCOSII2.91+UCGUI3.90A DEMO程序","·将LCD连接到板子LCD接口","打开uCOSView-V310G.exe","uCOSView-V310G软件和LCD输出相应信息"]
["USARTx_pritf","SWD","USART串口","·将连接到电脑的USB线插到底板的USB TO UART口上\n","查看备注①","串口助手输出相应信息"]
["RTC","SWD","RTC实验","·将连接到电脑的USB线插到底板的USB TO UART口上","查看备注①","串口助手输出相应信息"]
[]
[]
[]
["USB HS Example\n│ \n│ \n│ \n│",null,"USB HS实验\n│ \n│ \n│ \n│ ","·以下实验都需要将USB FS OTG JMP输出使能跳线跳开\n·将3.2inch 320x240 Touch LCD (A) LCD模块插到开发板上\n"]
["├─USB_Device_Examples",null,"├─USB HS Device实验","├─ "]
["│  ├─DualCore\n│  │\n│  │",null,"│  ├─USB设备双核心实验\n│  │\n│  │\n│  │","│  ├─情况1：将连接到电脑的USB线插到USB3300 USB HS Board的OTG口，将MicroSD\n│  │   Storage Board连接到如下管脚（插入SD卡）：\n│  │   D0:PC8,CMD:PD2,CLK:PC12,D3:PC11,D2:PC10,D1:PC9,CD:PG8.\n│  │   情况2：将连接到电脑的USB线插到开发板上（FS接口）","·把picture.bmp放入U盘或SD卡","LCD上显示相应信息\n情况1：LCD上能显示U盘的picture.bmp文件的图像\n情况2：可以使用JOYSTICK来控制电脑的鼠标的方向"]
["│  ├─HID","SWD","│  ├─USB设备鼠标","│  └─将连接到电脑的USB线插到USB3300 USB HS Board的OTG口",null,"LCD上显示相应信息，可以使用JOYSTICK来控制电脑的鼠标的方向"]
["│  └─VCP\n│  │","SWD","│  └─USB设备CDC类实验（USB-TO-UART）\n│  │","│  └─将连接到电脑的USB线插到USB3300 USB HS Board的OTG口\n│  │",null,"·LCD上显示相应信息\n·在电脑上出现USB虚拟串口,短接USART1的RX TX可以实现自收发"]
["├─USB_Host_Examples",null,"├─USB HS Host实验","├─将USB3300 USB HS Board上的跳线跳到HOST那边"]
["│  ├─MSC","SWD","│  ├─USB主机大容量储存卡（FATFS）","│  ├─U盘连接到HOST口上","·把picture.bmp放入U盘或SD卡"," "]
["│  ├─DualCore\n│  │\n│  │\n│  │\n│  │\n│  │","SWD","│  ├─USB主机双核心实验\n│  │\n│  │\n│  │\n│  │\n│  │","│  ├─1.U盘连接到HOST口上\n│  │   2.用OTG线连接到板子的FS USB接口，并且OTG线插上USB鼠标或者键盘\n│  │\n│  │\n│  │\n│  │","·把picture.bmp放入U盘或SD卡","LCD上显示相应信息\n1.U盘连接到HOST口上，LCD能显示出U盘所带的文件的列表，程序能往U盘写入TXT文档，当写完TXT文档后通过按键显示出U盘所带的BMP文件\n2.能识别USB键盘或者USB鼠标\n·当识别到的是USB键盘时候可以显示出敲击键盘的键值\n·当识别到的是USB鼠标的时候可以显示出鼠标当前的状态"]
["│  └─HID\n│  │\n│  │","SWD","│  └─USB主机USB鼠标\n│  │\n│  │","│  └─把USB鼠标或者键盘插入HOST口上\n│  │\n│  │",null,"LCD上显示相应信息，能识别USB键盘或者USB鼠标\n·当识别到的是USB键盘时候可以显示出敲击键盘的键值\n·当识别到的是USB鼠标的时候可以显示出鼠标当前的状态"]
["└─USB_Host_Device_Examples",null,"└─USB OTG 实验","└─将USB3300 USB HS Board上的跳线跳到OTG那边"]
["     └─DRD","SWD","      └─USB手动双重角色设备实验","  将MicroSD Storage Board连接到如下管脚（插入SD卡）：\n      D0:PC8,CMD:PD2,CLK:PC12,D3:PC11,D2:PC10,D1:PC9,CD:PG8.","·把picture.bmp放入U盘或SD卡","·当使用HOST DEMO的时候，要插上OTG线并且OTG线插上了U盘，摇杆右键是确定，可以读出U盘的图片\n·当使用DEVICE DEMO的时候，将连接到电脑的USB线插到USB3300 USB HS Board的OTG口，电脑能显示出SD卡的一个U盘"]
["USB FS Example\n│ \n│ ",null,"USB FS实验\n│ \n│  ","·以下实验都需要把FS OTG JMP的USB VBUS , USB VBUS OUT EN , VBUS FLG 3个跳线跳上\n·将3.2inch 320x240 Touch LCD (A) LCD模块插到开发板上\n·把Joystick ， LED的跳线跳上"]
["├─USB_Device_Examples",null,"├─USB FS Device实验","├─ USB FS Device实验"]
["│  ├─HID","SWD","│  ├─USB设备鼠标","│  └─将连接到电脑的USB线插到板子的USB接口",null,"LCD上显示相应信息，可以使用JOYSTICK来控制电脑的鼠标的方向"]
["│  └─VCP\n│  │","SWD","│  └─USB设备CDC类实验（USB-TO-UART）\n│  │","│  └─将连接到电脑的USB线插到板子的USB接口\n│  │",null,"·LCD上显示相应信息\n·在电脑上出现USB虚拟串口,短接USART1的RX TX可以实现自收发"]
["└─USB_Host_Examples",null,"├─USB FS Host实验","├─USB FS Host实验"]
["│  ├─MSC","SWD","│  ├─USB主机大容量储存卡（FATFS）","│  ├─将USB OTG线插到板子的USB接口，U盘连接到USB OTG线上","·把picture.bmp放入U盘或SD卡","LCD上显示相应信息，能写入U盘一个TXT文档，读出U盘所含的文件并且显示U盘所带的BMP文件"]
["│  └─HID\n│  │\n│  │","SWD","│  └─USB主机USB鼠标\n│  │\n│  │","│  └─将USB OTG线插到板子的USB接口，USB鼠标或者键盘连接到USB OTG线上\n│  │\n│  │",null,"LCD上显示相应信息，能识别USB键盘或者USB鼠标\n·当识别到的是USB键盘时候可以显示出敲击键盘的键值\n·当识别到的是USB鼠标的时候可以显示出鼠标当前的状态"]
["└─USB_Host_Device_Examples",null,"└─USB OTG实验","└─USB OTG实验"]
["     └─DRD","SWD","│  │    \n  └─USB OTG实验","│  │   \n  └─情况1：使用Device模式，将MicroSD Storage Board连接到如下管脚（插入SD卡） : D0:PC8,CMD:PD2,CLK:PC12,D3:PC11,D2:PC10,D1:PC9,CD:PG8.\n将连接到电脑的USB线插到板子的USB接口\n       情况2：使用Host模式，将USB OTG线插到板子的USB接口，U盘连接到USB OTG线上","·把picture.bmp放入U盘或SD卡","LCD上显示相应信息\n·当使用HOST DEMO的时候，要插上OTG线并且OTG线插上了U盘，摇杆按中间是确定，可以读出U盘的图片\n·当使用DEVICE DEMO的时候，电脑能显示出SD卡的一个U盘"]
["ETH \n│ \n│ \n│ \n│ ","SWD","以太网实验","·实验都需要把DP83848模块插到ETH接口处，DP83848模块需要使用直连网线连接到电脑网口\n·实验都需要将3.2inch 320x240 Touch LCD (A) LCD模块插到开发板上","电脑的IP设置为\nIP add：192.168.1.11\nNETMASK_ADDR：255.255.255.0\nGW_ADDR：192.168.1.1","详细分析，请参考LwIP TCPIP stack demonstration for STM32F407 microcontrollers.pdf\n(Open407I\\ETH\\STM32F4x7_ETH_LwIP_V1.0.0 路径下，此文档无中文版)\n例程所使用到的软件在 Open407I\\ETH\\Tool 路径下"]
["├─STM32F4x7_ETH_IAP_V1.0.0\n│ \n│ ",null,"以太网IAP实验",null,null,"按着USER KEY然后按复位，进入IAP，浏览器输入账号 \"user\",密码\"stm32\"后，可以upload在binary文件夹下的bin文件，upload完毕，MCU复位后，MCU自动开始upload的程序，也就是LCD显示字（IAP的程序的FLASH开始都是从0x8010000）"]
["└─STM32F4x7_ETH_LwIP_V1.0.0",null,"以太网基于LWIP协议实验"]
["     ├─Standalone",null,"不带OS的实验"]
["     │  ├─httpserver","SWD","WEB服务器",null,null,"在IE浏览器输入192.168.1.10后，呈现web界面"]
["     │  ├─tcp_echo_client","SWD","TCP应答客户端应用程序",null,null,"在命令提示符窗口（cmd.exe）下输入C:\\>echotool /p tcp /s后，按板子上的PRESS后，PC会有应答"]
["     │  ├─tcp_echo_server\n     │  │","SWD","TCP应答服务端应用程序",null,null,"在命令提示符窗口（cmd.exe）下输入C:\\>echotool IP_address /p tcp /r 7 /n 15 /t 2 /d Testing LwIP TCP echo server,然后回车，PC会有应答(IP_address在这里为192.168.1.10)"]
["     │  ├─tftpserver","SWD","TFTP服务器",null,null,"具体请参考LwIP TCPIP stack demonstration for STM32F407 microcontrollers.pdf第41页"]
["     │  ├─udp_echo_client","SWD","UDP应答客户端应用程序",null,null,"在命令提示符窗口（cmd.exe）下输入C:\\>echotool /p udp /s后，按板子上的USER KEY后，PC会有应答"]
["     │  └─udp_echo_server\n     │","SWD","UDP应答服务端应用程序",null,null,"在命令提示符窗口（cmd.exe）下输入C:\\>echotool IP_address /p udp /r 7 /l 7 /n 15 /t 2 /d \nTesting LwIP UDP echo server,然后回车，PC会有应答(IP_address在这里为192.168.1.10)"]
["     └─FreeRTOS",null,"基于FreeRTOS的实验"]
["          ├─httpserver_netconn","SWD","基于netconn API的Web服务器",null,null,"在IE浏览器输入192.168.1.10后，呈现web界面"]
["          ├─httpserver_socket","SWD","基于socket API的Web服务器",null,null,"在IE浏览器输入192.168.1.10后，呈现web界面"]
["          └─udptcp_echo_server_netconn","SWD","基于netconn API的TCP/UDP应答服务器应用程序",null,null,"在IE浏览器输入192.168.1.10后，呈现web界面"]
[]
[]
[]
[null,"备注："]
[null,"①"]
[null,"打开串口助手，选择好相应的COM口 \n按如下进行设置：\n  ----------------\n  波特率 | 115200 |\n  ----------------\n  数据位 |   8    |\n  ----------------\n  停止位 |   1    |\n  ----------------\n  校验位 | None   |\n  ----------------\n  流控制 | None   |\n  ----------------"]

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