Visual-Csharp-NET-web-programming

C#编写串口调试工具，Windows自带的驱动，很全面，很不错哦！(very good!)

德州仪器公司的CC2530芯片手册，用于ZigBee技术的IEEE 802.15.4协议的2.4GHz通信应用(CC2530-in Chinese)

说明：  基于单片机的出租车计价器的简易设计方案 包括各项基本功能(Simple design microcontroller-based taxi meter including the basic functions)

在VS 2010 环境下，通过自绘窗口，做出类似百叶窗的展开和收缩的效果，并实现清理痕迹的功能（当然清理功能不是很强，需要改进）(In VS 2010 environment, through self-painted window, made ​ ​ a similar expansion and contraction effect blinds, and to achieve clean up traces of the functions (of course clean-up function is not very strong, needs improvement))

使用NPOI处理excel的类文件(create a class to process excel file)

用C语言做一个串口通信的程序，使用串口1与串口2通讯，可以相互传输英文字符，波特率可以修改(Using C language to make a serial communication program, using serial port 1 to communicate with serial port 2, English characters can be transmitted to each other, and baud rate can be modified.)

RFID_VC++6.0源码_RFID读写 提供了RFID的开发源码，用VC编的，展示RFID卡如何加密，如何自毁。串口通讯支持RS-232(RS232)，RS-485(RS485)，波特率可选,RFID的天线可选，读卡频率可调。提供了控制RFID读卡功率的方法，功率从0至29可调，距离最大10米以上，该源码可用于交通、物流、运输、仓库管理、比条码技术强大。用于毕业论文答辩中，可以演示，程序看懂后，就对RFID整个工作原理较为了解。支持ISO18000和EPC_GEN2等类型的RFID卡。 VC++6.0的工作空间是“t1121.dsw”(RFID_VC++ 6.0 sources yard _ RFID read-write has provided the RFID exploitation source yard , used VC to weave, show how encrypted the RFID card , how to destructs self. String communication supports RS-232 (RS232) , RS-485 (RS485) , Porter lead may elect, the RFID air wire may elect , read card frequency adjustable. Method having provided the power controlling RFID reading a card, power is from 0 to 29 adjustable, )

它可以把一个文件转成十六进制的字符，方便制作shellcode，或者反过来，把十六进的字符转成二进制的数据。还有，他可以运行指定的shellcode(the tool can translate file from a hex char,and it translate binary from hex char.and it also run your shellcode)

说明：  LPC1778的ucos2的例程，可以直接运行，请放心下载(The ucos2 routine of LPC1778 can run directly)

是LogOutputSocketProtocol的管理对 象；m_uploadSocketProtocolMgr是UploadSocketProtocol的管理对象，用于检测是否同时上传同一个文 件；m_downloadSocketProtocolMgr是DownloadSocketProtocol的管理对象；m_daemonThread 是守护进程，用于关闭超时连接。 2. AsyncSocketUserToken：用于SocketAsyncEventArgs绑定，保存 每个Socket服务对象，包括：m_receiveEventArgs接收数据异步事件；m_asyncReceiveBuffer接收数据异步事件使 用的缓存；m_sendEventArgs发送数据异步事件；m_receiveBuffer接收异步事件返回的数据存放缓存，用于后续的分 包；m_sendBuffer用于保存发送的数据缓存；m_asyncSocketInvokeElement是用于协议调用的基类，主要实现分包，并发 发送的包加到发送列表中，发送完成回调时继续发送下一个包；m_connectSocket是连接的Socket对象。(LogOutputSocketProtocol is the management object; m_uploadSocketProtocolMgr is UploadSocketProtocol management object, designed to detect and upload the same file; m_downloadSocketProtocolMgr is DownloadSocketProtocol management object; m_daemonThread is the guardian of process for closing the connection timeout. 2.: AsyncSocketUserToken for SocketAsyncEventArgs binding, save each Socket service object, including: m_receiveEventArgs receives data asynchronous events; m_asyncReceiveBuffer receive data asynchronous events using m_sendEventArgs to send data cache; asynchronous events; m_receiveBuffer receive asynchronous event data returned by the stored cache for subsequent subcontracting; m_sendBuffer is used to preserve the data sent by the cache; m_asyncSocketInvokeElement is the base class for the agreement calls, the main sub package to send a list of concurrent sending, sending a packet to send the completed callback; m_connectSocket is connected to the Socket object.)