I. Introduction This code exploits a previously undisclosed vulnerability in the bit string decoding code in the Microsoft ASN.1 library. This vulnerability is not related to the bit string vulnerability described in eEye advisory AD20040210-2. Both vulnerabilities were fixed in the MS04-007 patch. II. Screenshots $ ./kill-bill.pl . kill-bill : Microsoft ASN.1 remote exploit for CAN-2003-0818 (MS04-007) by Solar Eclipse <solareclipse@phreedom.org> Usage: kill-bill -p <port> -s <service> host Services: iis IIS HTTP server (port 80) iis-ssl IIS HTTP server with SSL (port 443) exchange Microsoft Exchange SMTP server (port 25) smb-nbt SMB over NetBIOS (port 139) smb SMB (port 445) If a service is running on its default port you don t have to specify both the service and the port. Examples: kill-bill -s iis 192.168.0.1 kill-bill -p 80 192.168.0.1 kill-bill -p 1234 -s smb 192.168.0.1
标签: I. vulnerability Introduction undisclosed
上传时间: 2015-05-15
上传用户:xhz1993
经典s3c44b0xBios引导程序代码内含详细说明 烧写步骤 1> 开发板上电 2> 执行Debug目录下的F.bat文件将bios程序烧写到flash中 3> 将PC配置为192.168.111网段 4> 用交叉网线连接开发板和PC 5> 运行串口监视软件,波特率115200 6> 开发板复位
上传时间: 2015-05-18
上传用户:pinksun9
1.能实现不同的个数的矩阵连乘. 2.最后矩阵大小是8X8. 3是最优的矩阵相乘. 描 述:给定n 个矩阵{A1, A2,...,An},其中Ai与Ai+1是可乘的,i=1,2…,n-1。考察这n个矩阵的连乘积A1A2...An。矩阵A 和B 可乘的条件是矩阵A的列数等于矩阵B 的行数。若A 是一个p x q矩阵,B是一个q * r矩阵,则其乘积C=AB是一个p * r矩阵,需要pqr次数乘。
上传时间: 2013-12-04
上传用户:wang5829
最接近点对问题是求二维坐标中的点对问题,该算法是为了将平面上点集S线性分割为大小大致相等的2个子集S1和S2,我们选取一垂直线l:x=m来作为分割直线。其中m为S中各点x坐标的中位数。由此将S分割为S1={p∈S|px≤m}和S2={p∈S|px>m}。从而使S1和S2分别位于直线l的左侧和右侧,且S=S1∪S2 。由于m是S中各点x坐标值的中位数,因此S1和S2中的点数大致相等。 递归地在S1和S2上解最接近点对问题,我们分别得到S1和S2中的最小距离δ1和δ2。现设δ=min(δ1,δ1)。若S的最接近点对(p,q)之间的距离d(p,q)<δ则p和q必分属于S1和S2。不妨设p∈S1,q∈S2。那么p和q距直线l的距离均小于δ。因此,我们若用P1和P2分别表示直线l的左边和右边的宽为δ的2个垂直长条,则p∈S1,q∈S2。
标签: 二维
上传时间: 2015-05-19
上传用户:shawvi
雜湊法(Hashing)的搜尋與一般的搜尋法(searching)是不一樣的。在雜湊法中,鍵值(key value)或識別字(identifier)在記憶體的位址是經由函數(function)轉換而得的。此種函數,一般稱之為雜湊函數(Hashing function)或鍵值對應位址轉換(key to address transformation)。對於有限的儲存空間,能夠有效使用且在加入或刪除時也能快的完成,利用雜湊法是最適當不過了。因為雜湊表搜尋在沒有碰撞(collision)及溢位(overflow)的情況下,只要一次就可擷取到。
上传时间: 2013-12-23
上传用户:dancnc
数字运算,判断一个数是否接近素数 A Niven number is a number such that the sum of its digits divides itself. For example, 111 is a Niven number because the sum of its digits is 3, which divides 111. We can also specify a number in another base b, and a number in base b is a Niven number if the sum of its digits divides its value. Given b (2 <= b <= 10) and a number in base b, determine whether it is a Niven number or not. Input Each line of input contains the base b, followed by a string of digits representing a positive integer in that base. There are no leading zeroes. The input is terminated by a line consisting of 0 alone. Output For each case, print "yes" on a line if the given number is a Niven number, and "no" otherwise. Sample Input 10 111 2 110 10 123 6 1000 8 2314 0 Sample Output yes yes no yes no
上传时间: 2015-05-21
上传用户:daguda
#include "stdio.h" #include "math.h" #include "malloc.h" #include "string.h" #define m 6 #define n 29 #define p 0.5
标签: include define malloc string
上传时间: 2015-05-22
上传用户:lwwhust
#include "stdio.h" #include "math.h" #include "malloc.h" #include "string.h" #define m 6 #define n 29 #define p 0.5
标签: include define malloc string
上传时间: 2015-05-22
上传用户:cc1915
#include "stdio.h" #include "math.h" #include "malloc.h" #include "string.h" #define m 6 #define n 29 #define p 0.5
标签: include define malloc string
上传时间: 2014-01-03
上传用户:JIUSHICHEN
#include "stdio.h" #include "math.h" #include "malloc.h" #include "string.h" #define m 6 #define n 29 #define p 0.5
标签: include define malloc string
上传时间: 2014-06-01
上传用户:yepeng139