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ANtsP2P_beta1.5.6_p0.9.3_src_nb
- ANts P2P realizes a third generation P2P net. It protects your privacy while you are connected and makes you not trackable, hiding your identity (ip) and crypting everything you are sending/receiving from others. Features Open Source
232_TCPIP
- 程序的最大缺陷: Windows把硬件驱动的接口都进行了抽象和标准化,串口也不例外,大部分的设备都可以通过文件操作API进行存储控制,如:CreateFile、ReadFile、WriteFile等,其实很简单。网上有个SerialPort的类写得还不错,我就直接拿来用了,只做了小小的修改以满足我的要求。原本的类一次只能收发一个Byte,根据需要我改成了512 Byte,需要重点提出的是,当收发多字节数据时,数据的正确性和完整性更需要自己保证,因为串口协议标准只是定义在物理层和数据链路层
Xmodem-All
- 在VC6.0下编译,可以通过Xmodem—128、256、512和1K Xmodem协议传输文件到单片机,避免了繁琐的烧录步骤-In VC6.0 compiled, you can Xmodem-128, 256,512 and the 1K Xmodem protocol to transfer files to the microcontroller, avoiding the tedious steps in burning
WinMan
- This source code contains some codes from this site and others... this code has been written in short time... so there are too many problems in it that I didn t for example CMD form is not good as it must be! also supports: some of encodings like MD5
aloha
- Linux的伙伴算法把所有的空闲页面分为10个块组,每组中块的大小是2的幂次方个页面,例如,第0组中块的大小都为20 (1个页面),第1组中块的大小为都为21(2个页面),第9组中块的大小都为29(512个页面)。也就是说,每一组中块的大小是相同的,且这同样大小的块形成一个链表-Linux partners algorithm all the free page is divided into 10 blocks of groups, each group in the block size
SHAProj
- 本程序包括一些常用的加密算法,包括:SHA-1,SHA-224,SHA-384,SHA-512等-This process includes some commonly used encryption algorithms, including: SHA-1, SHA-224, SHA-384, SHA-512, etc.
Spider
- 網路爬蟲, 可爬各式網站, 只要寬帶夠, 可爬大量數據. 測試時用的一台512K的ADSL上網機器,512K說的是位(bit), 轉換为字節速度是512/8 = 64k字節/秒。 而這個爬蟲的平均下載速度達到76k/s, 說明已經把帶寬耗盡了。按照這個速度,這台機器一天能爬 76*86400 = 6.6G -Internet Spider, it wrote by CSharp. It wil exhaust a lot of internet traffic, crawli
IocpClient
- IOCP 客户端 if(ERR_SUCCESS != client.Connect("localhost", 3292)) { printf("连接失败 \n") } while(1) { scanf(" s", szBuffer) client.Send(szBuffer,strlen(szBuffer)+1) //client.Receive(szBuffer, 512) //printf("
fifo_client
- #define FIFO_NAME1 fifo_test1 //client 利用此管道读,server 用此管道写 #define FIFO_NAME2 fifo_test2 //client 利用次官道写,server 用此管道读 //倒转函数 void reserbuf(char string[512]) { char temp[512] for(int i = 0 i<strlen(string)+1 i++) { // printf(
verilogfiles
- clc fm1=3000000 fm2=5000000 fc=500000000 fs=100000000 Am1=2 Am2=0.3 A=2 N=512 K=N-1 n=0:N-1 t=(0:1/fs:K/fs) m1=Am1*sin(2*pi*fm1*t)+Am2*sin(2*pi*fm2*t) figure(1) subplot(1,1