其中的usb端口通信已经作为一个模块来使用,用户只需用以下函数就可以对usb端口进行方便地读写:
unsigned char D12_WriteEndpo...
其中的usb端口通信已经作为一个模块来使用,用户只需用以下函数就可以对usb端口进行方便地读写:
unsigned char D12_WriteEndpoint(unsigned char endp, unsigned char len, unsigned char * buf) 此为usb端点输出函数,endp是要进行通信的端点,取值为3(普通端点,最大可一次传输16byte)或5(主端点,最大可一次传输64byte);len为一次输出数据长度;*buf为数据所在位置。
usb端点数据的读操作是由底层函数自动完成的(相关函数为unsigned char D12_ReadEndpoint(unsigned char endp, unsigned char len, unsigned char * buf); 相应端点为2和4),所读到的数据存于GenEpBuf[](普通端点)、MainEpBuf[]或EpBuf[](主端点)中,用户可以直接读取使用。-Usb port communication which has been used as a module, the user can use the following function on the usb port can easily read and write:
unsigned char D12_WriteEndpoint (unsigned char endp, unsigned char len, unsigned char* buf) This is the endpoint usb output function, endp is to communicate the endpoint, the value for 3 (common endpoint, the first transmission maximum 16byte) or 5 ( the main endpoint, the first transmission maximum 64byte) len Length of output data for the first time * buf location for data.
usb endpoint data is read
- 2023-06-14 23:15:04下载
- 积分:1
充分实现
uart全功能实现.实现如下函数:
U_Open,
U_Close,
U_GetBytes,
U_PutBytes,
U_GetBytesAvail,
U_GetTxRoomLeft,
U_PutISRBytes,
U_GetTxISRRoomLeft,
U_Purge,
U_SetOwner,
U_SetFlowCtrl,
U_ConfigEscape,
U_SetDCBConfig,
U_CtrlDCD,
U_CtrlBreak,
U_ClrRxBuffer,
U_ClrTxBuffer,
U_SetBaudRate,
U_SendISRData,
U_SendData,
U_GetOwnerID,
U_SetAutoBaud_Div,
/*TY adds these to expand flexibility 2004/10/15*/
U_Register_TX_cb,
U_Register_RX_cb,
/*TY adds these to let virtual COM port can retrive exception log 2005/3/8*/
U_GetUARTByte,
U_PutUARTByte,
U_PutUARTBytes,
/*for virtual com port to return DCB configuration*/
U_ReadDCBConfig,
U_CtrlRI,
U_CtrlDTR,
U_ReadHWStatus -the realization of full-featured UART. to achieve the following functions: U_Open, U_Close, U_GetBytes, U_PutBytes, U_GetBytesAvail, U_GetTxRoomLeft, U_PutISRBytes, U_GetTxISRRoomLeft, U_Purge, U_SetOwner, U_SetFlowCtrl, U_ConfigEscape, U_SetDCBConfig, U
- 2022-01-31 05:01:21下载
- 积分:1