<![CDATA[阿土一个人 BLOG]]> http://www.atuonce.cn/ zh-cn PBlog2 v2.4 阿土一个人 BLOG http://www.atuonce.cn/images/logos.gif http://www.atuonce.cn/ 阿土一个人 BLOG http://www.atuonce.cn/article.asp?id=993 <![CDATA[依然需要等待]]> pldesign88@gmail.com(admin) Mon,08 Oct 2012 11:27:36 +0800 http://www.atuonce.cn/default.asp?id=993

迷你音乐播放器 音乐播放器（当前文件：等待）
]]> http://www.atuonce.cn/article.asp?id=1067 <![CDATA[TT安装外置transmission和amule简明教程。]]> pldesign88@gmail.com(admin) Sun,19 Feb 2012 05:09:22 +0800 http://www.atuonce.cn/default.asp?id=1067
1.如果你的路由有16M 及以上的flash空间，如re200e-ca系列,n16等，它的jffs可读写空间应该有8M以上可以用来安装optware.
  进入web界面，“系统管理”－－“jffs设置”
  如下图所示，填好mount -o bind /jffs /opt  以便重启路由后，能自动载挂好/opt, 先点“格式化”,再“保存设置” （需要1分钟），完成/opt空间的建立。

2.如果你的路由是8M flash ,则jffs空间不够用来安装optware, 必须挂载U盘或移动硬盘解决。假设你的u盘被挂载到/tmp/mnt/sda1(据实际情况）
  telnet 192.168.1.1 (实际情况，或putty或都没有，就用web页“实用工具”－“系统命令”） 进入命令终端。执行：

mkdir /tmp/mnt/sda1/opt    

mount -o bind /tmp/mnt/sda1/opt /opt
复制代码说明：bind 参数用来镜像一个目录到另一个目录。 如果后一个目录（/opt）下边有文件的话，则会被屏蔽。这里再废话一下，有些网友喜欢汉化web页面,也可以在usb设置中加 mount -o bind /tmp/mnt/sda1/www /www 使得/www目录变成可读写空间，以便修改测试web文件，

为了重启路由后依然有效：

二、安装optware固件扩展应用和transmission
telnet/putty/实用工具－系统命令 进入命令终端（同上）。依次执行，每行后按回车：cd /tmp

wget http://www.3iii.dk/linux/optware/optware-install-ddwrt.sh -O - | tr -d '\r' > /tmp/optware-install.sh

chmod 755 optware-install.sh

sh optware-install.sh

ipkg update

ipkg install transmission
复制代码顺利的话，就完成的外置transmission的安装，


三、使用外置transmission bt脱机下载，

在bt 界面中 transmission 位置选 /opt/bin 保存设置即可。


外置transmission是2.42版（没有更早的版本，有请告知）。经典界面

其他的amule等安装请参考其他帖子（需要手动修改配置文件）


2012.1.16补上amule 安装过程:

四. 安装amule
首先要挂载/opt, 这一步前面已经做过了,注意的是amule安装需要的空间比tr要大得多, 除非有32M的flash, 否则必须挂u盘/移动硬盘 才可以装得下哦.
下边的内容假设,我用来安装amule 位置在/mnt/sda2分区,ext2/3格式.., 如果您的不是请将sda2 替换成您自己的分区,如sda1,sdb1等(到usb挂载页查看)..
  telnet/ssh/系统命令 打开终端执下列命令(每行后按回车)
1. 先用df -h 命令看一下,确保你的/opt可用空间(Available) 大于10M,  如果你的/opt空间不够,则需重新挂载和重装transmission, 过程如下操作umount /opt

cd /mnt/sda2 && mkdir opt temp Incoming && cd /tmp

mount -o bind /mnt/sda2/opt /opt

wget http://www.3iii.dk/linux/optware/optware-install-ddwrt.sh -O - | tr -d '\r' > /tmp/optware-install.sh

chmod 755 optware-install.sh

sh optware-install.sh

ipkg update

ipkg install transmission
复制代码2.如果空间/opt 足够,上面这一步可以跳过. 直接开始安装amule.ipkg install amule

/opt/etc/init.d/S57amuled start

/opt/etc/init.d/S57amuled stop
复制代码后两行命令的作用是生成amule默认配置文件到/opt/share/amule/.aMule

3.配置amule..
将附件下载解开, 有四个文件,其中一个amule.conf需要再加工一下:
配置下载路径为/mnt/sda2, 如需要修改.请打开amule.conf 找到
TempDir=/mnt/sda2/temp
IncomingDir=/mnt/sda2/Incoming
换成您自己定义的下载路径..
默认web登录密码为admin, 在配置文件amule.conf中被加密成了''21232f297a57a5a743894a0e4a801fc3"
如果你想修改默认登录密码, 请用命令echo -n password | md5sum | cut -d ' ' -f 1
复制代码生成的字串替换掉上边那个字串,密码不要用中文,有两处相同的字串需要修改.
完成以后,保存,同另外三个解出来的文件一起,用winscp工具复制到路由器 /opt/share/amule/.aMule 下替换掉同名文件,配置就完成了.

4.开路由器端口, amule 需要用到tcp 4662, udp4672 udp4665 ,把它们添加到"端口转发"

5.如果前面都能顺利完成, 就可以打开amule 管理界面了. 然后查看一下连接是否OK和hight ID. 搜索资源,下载..
  不过要有心理准备.对下载速度不能有太高的期待..

启动amule 命令 /opt/etc/init.d/S57amuled start (可把它加到tt自动启动项里,即usb挂载后脚本处.)
重启amule 命令 /opt/etc/init.d/S57amuled restart
amule 访问地址: http://192.168.1.1:4711 登录密码admin

amule配置

]]> http://www.atuonce.cn/article.asp?id=1066 <![CDATA[ 对批量自定义DNS突破某墙的DNS污染 简化傻瓜速成版]]> pldesign88@gmail.com(admin) Fri,17 Feb 2012 00:05:44 +0800 http://www.atuonce.cn/default.asp?id=1066 诊断工具—系统命令里执行下列命令
01.wget -P /tmp http://smarthosts.googlecode.com/svn/trunk/hosts


第二步
高级设置—DHCP / DNS 服务器 (局域网)

01.addn-hosts=/tmp/hosts

第三步
系统管理—定时任务

01.rm /tmp/hosts

02.wget -P /tmp http://smarthosts.googlecode.com/svn/trunk/hosts

03.sleep 2

04.service dnsmasq restart
]]> http://www.atuonce.cn/article.asp?id=1065 <![CDATA[dualwan单WAN口无限次数拨号叠加带宽脚本]]> pldesign88@gmail.com(admin) Thu,16 Feb 2012 22:20:28 +0800 http://www.atuonce.cn/default.asp?id=1065 希望高手能在此基础上修改,使其支持最新版本的tomato_dual_1.23.0481.

将下面的代码复制到脚本设置里的当WAN联机里.自己修改宽带用户名和宽带密码,下面是5个拨号连接的方法.

#!/bin/sh
#好多人说无限次数拨号，就这样改一下拨号的代码了，记住，web配置里的wan1口要正确配置，wan2口关闭。
#仅在tomato_dual_1.23.0341下成功.
pppoecd vlan1 -u 宽带用户名 -p 宽带密码 -i 0 -I 5 -T 300 -N 3 -k
pppoecd vlan1 -u 宽带用户名 -p 宽带密码 -i 0 -I 5 -T 300 -N 3 -k
pppoecd vlan1 -u 宽带用户名 -p 宽带密码 -i 0 -I 5 -T 300 -N 3 -k
pppoecd vlan1 -u 宽带用户名 -p 宽带密码 -i 0 -I 5 -T 300 -N 3 -k
#拨号结束
#获取ip和网关
wan1_ip=$(ifconfig ppp0 | grep "inet addr" | cut -d":" -f2 | cut -d" " -f1)
wan1_gw=$(ifconfig ppp0 | grep "inet addr" | cut -d":" -f3 | cut -d" " -f1)
wan2_ip=$(ifconfig ppp1 | grep "inet addr" | cut -d":" -f2 | cut -d" " -f1)
wan2_gw=$(ifconfig ppp1 | grep "inet addr" | cut -d":" -f3 | cut -d" " -f1)
wan3_ip=$(ifconfig ppp2 | grep "inet addr" | cut -d":" -f2 | cut -d" " -f1)
wan3_gw=$(ifconfig ppp2 | grep "inet addr" | cut -d":" -f3 | cut -d" " -f1)
wan4_ip=$(ifconfig ppp3 | grep "inet addr" | cut -d":" -f2 | cut -d" " -f1)
wan4_gw=$(ifconfig ppp3 | grep "inet addr" | cut -d":" -f3 | cut -d" " -f1)
wan5_ip=$(ifconfig ppp4 | grep "inet addr" | cut -d":" -f2 | cut -d" " -f1)
wan5_gw=$(ifconfig ppp4 | grep "inet addr" | cut -d":" -f3 | cut -d" " -f1)
#添加规则
ip rule flush
ip rule add lookup main prio 32766
ip rule add lookup default prio 32767
ip rule add from $wan1_ip table 50 prio 50
ip rule add fwmark 0x100 table 50 prio 51
ip rule add from $wan2_ip table 100 prio 100
ip rule add fwmark 0x200 table 100 prio 101
ip rule add from $wan3_ip table 150 prio 150
ip rule add fwmark 0x300 table 150 prio 151
ip rule add from $wan4_ip table 200 prio 200
ip rule add fwmark 0x400 table 200 prio 201
ip rule add from $wan5_ip table 250 prio 250
ip rule add fwmark 0x500 table 250 prio 251

ip route flush table 50
ip route flush table 100
ip route flush table 150
ip route flush table 200
ip route flush table 250
for TABLE in 50 100 150 200 250
do
   ip route | grep link | while read ROUTE
   do
     ip route add table $TABLE to $ROUTE
   done
done
ip route add table 50 default via $wan1_gw dev ppp0 src $wan1_ip
ip route add table 100 default via $wan2_gw dev ppp1 src $wan2_ip
ip route add table 150 default via $wan3_gw dev ppp2 src $wan3_ip
ip route add table 200 default via $wan4_gw dev ppp3 src $wan4_ip
ip route add table 250 default via $wan5_gw dev ppp4 src $wan5_ip
ip route delete default
#带宽负载均衡
ip route add default scope global equalize nexthop via $wan1_gw dev ppp0 weight 1 nexthop via $wan2_gw dev ppp1 weight 1 nexthop via $wan3_gw dev ppp2 weight 1 nexthop via $wan4_gw dev ppp3 weight 1 nexthop via $wan5_gw dev ppp4 weight 1]]> http://www.atuonce.cn/article.asp?id=1064 <![CDATA[批量自定义DNS突破某墙的DNS污染]]> pldesign88@gmail.com(admin) Thu,16 Feb 2012 22:15:47 +0800 http://www.atuonce.cn/default.asp?id=1064 http://baike.baidu.com/view/4040394.htm
需要提一下D N S污染只是某墙封闭网站的手法之一，不代表这样配置就可以完全蕃墙，推荐配套使用PPTP的VPN客户端走特定路由实现其余网站的蕃墙。
大家都知道DHCP / DNS 服务器设置下面可以通过dnsmasq来指定地址，从而避免G=F=W使用D N S污染墙掉一些网站。
我找到跟新比较频繁的一个hosts文件：http://code.google.com/p/smarthosts/，想放到路由上，然后就发现dnsmasq那个最多只能是8k，smarthosts  20多k, 不够用啊，而且地址格式完全不一样,一个一个转换会吐血的
国外网站上找到某大牛如下方法实现：
1.创建jffs（不需要优盘）

2.开启ssh管理

3.下载ssh工具putty:
http://www.chiark.greenend.org.uk/~sgtatham/putty/download.html
4.打开putty



之后会显示第六步的画面
5.打开https://smarthosts.googlecode.com/svn/trunk/hosts
复制所有内容（这个是smarthost,主要是google/facebook/flicker/twitter等站点的IP映射）

7.Dnsmasq设置只要两行

8.最好清空机器上的dns缓存

9.搞定了

]]> http://www.atuonce.cn/article.asp?id=1063 <![CDATA[解决电信或网通的DNS劫持]]> pldesign88@gmail.com(admin) Thu,16 Feb 2012 22:10:26 +0800 http://www.atuonce.cn/default.asp?id=1063 其实tomato可以解决这个问题，步骤如下：
1. 首先我们要测试ISP是否做了DNS劫持，在Windows的开始->运行里输入cmd然后回车，然后在DOS窗口里输入ping haha.ispqushiba.com回车，如果有IP解析出来，那说明你的ISP做了DNS劫持，请记下解析出来的IP；如没有你就不用往下看了。
2. 进入tomato的设置页面，高级设置->DHCP/DNS，然后在Dnsmasq自定义设置里输入bogus-nxdomain=刚才记下的IP，然后点保存设置。如我的就是bogus-nxdomain=60.191.124.236

3. PC的DNS设置为路由器的IP
4. 在刚才的DOS窗口里输入ipconfig /flushdns来清空本机的DNS缓存，然后重新ping haha.ispqushiba.com，此时应该返回如下文字
   Ping request could not find host haha.ispqushiba.com. Please check the name and try again.

DNSMasq最大的好处是轻量、灵活，选上“截获DNS端口”，那么就可以不用修改各个电脑的dns。除了解决DNS劫持还可以有其它应用：
1、顺利实现转发/dns cache等信息
利用此功能来实现统筹HOSTS防范恶意站点攻击，如同我们配置本地hosts文件屏蔽广告一样，也可以在这里配置
域名解析屏蔽广告----当然你要把dns服务器地址设成它而非直接ISP的。比起本地hosts来说， 配置一次，内网所有机器各种系统都生效；并且可以实现泛域名解析，这用hosts是不可能的。也可以用这个方法屏蔽软件升级/在线验证等。
在高级设置->DHCP/DNS，然后在Dnsmasq自定义设置里输入address=/domain.name/127.0.0.1，这样*.domain.name都会解析到127.0.0.1。另行用address=....格式可增加多个。
2、针对不同的域名选择不同的上层DNS来解析
比如老打不开某个网站，用nslookup检查后发现被解析到了某地的一个负载均衡点。打不开是必然了。那么可以使用DNSMASQ来解决这个问题,常规站点使用正常DNS服务器来解析，特殊站点使用自己制定的其他DNS服务器来解析。
写入server=/*.domain.name/8.8.8.8这样所有.domain.name域名都会使用8.8.8.8来解析。

]]> http://www.atuonce.cn/article.asp?id=1062 <![CDATA[路由器安装squid实现透明代理]]> pldesign88@gmail.com(admin) Thu,16 Feb 2012 21:49:55 +0800 http://www.atuonce.cn/default.asp?id=1062
belkin路由器，刷了Tomato Pandora 并设置好了optware环境，看了下optware的package里面包含了squid，直接ipkg就是了。

Tomato v1.27.0470 -R1 K26 USB Std
BusyBox v1.16.1 (2010-06-22 22:28:03 CST) built-in shell (ash)
Enter 'help' for a list of built-in commands.

root@belkin7231-4:/tmp/home/root # ipkg install squid
Installing squid (2.6.23-1) to /opt/...
Downloading http://ipkg.nslu2-linux.org/feeds/optware/ddwrt/cross/stable/squid_2.6.23-1_mipsel.ipk
Configuring squid
create default cache and logs dir
FATAL: Could not determine fully qualified hostname.  Please set 'visible_hostname'

Squid Cache (Version 2.6.STABLE23): Terminated abnormally.
CPU Usage: 0.116 seconds = 0.059 user + 0.057 sys
Maximum Resident Size: 0 KB
Page faults with physical i/o: 0
Aborted

You should review the configuration file /opt/etc/squid/squid.conf,
make any necessary change, and complete the install by running -
/opt/etc/init.d/S80squid start

Successfully terminated.

安装完毕，直接/opt/etc/init.d/S80squid start，进程马上就挂掉了，估计是配置文件没搞好，研究下吧。

看下log文件里面的启动记录：

2010/07/20 18:31:43| Starting Squid Cache version 2.6.STABLE23 for mipsel-unknown-linux-gnu...
2010/07/20 18:31:43| Process ID 13579
2010/07/20 18:31:43| With 256 file descriptors available
2010/07/20 18:31:43| Using poll for the IO loop
2010/07/20 18:31:43| Performing DNS Tests...
2010/07/20 18:31:43| Successful DNS name lookup tests...
2010/07/20 18:31:43| DNS Socket created at 0.0.0.0, port 4543, FD 6
2010/07/20 18:31:43| Adding nameserver 210.22.70.225 from /etc/resolv.conf
2010/07/20 18:31:43| Adding nameserver 210.22.70.3 from /etc/resolv.conf
2010/07/20 18:31:43| Unlinkd pipe opened on FD 11
2010/07/20 18:31:43| Swap maxSize 102400 + 8192 KB, estimated 0 objects
2010/07/20 18:31:43| Target number of buckets: 425
2010/07/20 18:31:43| Using 8192 Store buckets
2010/07/20 18:31:43| Max Mem  size: 8192 KB
2010/07/20 18:31:43| Max Swap size: 102400 KB
2010/07/20 18:31:43| /opt/var/squid/cache/00: (2) No such file or directory
FATAL:  Failed to verify one of the swap directories, Check cache.log
for details.  Run 'squid -z' to create swap directories
if needed, or if running Squid for the first time.
Squid Cache (Version 2.6.STABLE23): Terminated abnormally.

哦，原来是没有初始化磁盘缓存文件夹，偶来初始化一下，然后在配置文件里指定下缓冲存取用户和组：

cache_effective_group nobody

初始化之后可以正常启动了，定义下服务器的地址和端口，transparent表示支持透明代理：http_port 192.168.2.1:8080 transparent

设置下缓冲所使用的内存和磁盘缓存目录：
cache_mem 8 MB
cache_dir ufs /opt/var/squid/cache 40 16 256

定义防火墙规则：
http_access allow all

然后设置iptables防火墙规则：
iptables -t nat -A PREROUTING -i br0 -p tcp -s 192.168.2.0/24 --dport 80 -j REDIRECT --to-ports 8080

解释一下，ifconfig看下，由于之前在conf文件里定义了代理服务器的端口和地址，192.168.2.1:8080,，所以要把目标端口为80的访问重定向到192.168.2.1:8080，看了下192.168.2.1的网络接口是br0，所以itables规则应该写成上面的形式。

/opt/etc/init.d/S80squid reload一下，发现已经生效了。


使用效果如何，待我后续慢慢感受下，嘿嘿

cache_effective_group nobody
visible_hostname Tomato-Pandora
cache_mgr webmaster
cache_mem 15 MB
#cache_dir /opt/var/squid/cache null
cache_dir ufs /opt/var/squid/cache 40 16 256

http_access allow all
http_port 192.168.2.1:8080 transparent
cache_store_log none
cache_access_log none
#cache_log none
#iptables -t nat -A PREROUTING -i br0 -p tcp -s 192.168.2.0/24 --dport 80 -j REDIRECT --to-ports 8080

]]> http://www.atuonce.cn/article.asp?id=1061 <![CDATA[Belkin路由器安装squid开启透明代理 ]]> pldesign88@gmail.com(admin) Thu,16 Feb 2012 21:48:22 +0800 http://www.atuonce.cn/default.asp?id=1061
/dev/sda:
Timing buffer-cache reads:    78 MB in 0.51 seconds = 154153 kB/s
Timing buffered disk reads:    7 MB in 36.68 seconds = 14215 kB/s


]]> http://www.atuonce.cn/article.asp?id=1060 <![CDATA[续破防电信共享方法（昆山地区）]]> pldesign88@gmail.com(admin) Thu,16 Feb 2012 21:45:01 +0800 http://www.atuonce.cn/default.asp?id=1060
IPID一步,squid做透明代理并且隐藏squid的信息,防火墙脚本处TTL调整128,去掉时间戳.10台左右机器用了几天暂时没出现提示.我是封锁最厉害的山东联通.
就是用squid有点小麻烦.
防火墙脚本里贴上iptables -t nat -A PREROUTING -i br0 -p tcp -m tcp --dport 80 -j REDIRECT --to-ports 3128
务必确认你的squid正常开启了再启动脚本,否则访问路由的80端口会被重定向到3128导致无法打开管理页.
最好提前把管理页端口改成非80的.


OK,偶来给路由器安装ipkg环境：

把U盘mount到jffs：mount /dev/sda1 /jffs
建立opt文件夹：mkdir /jffs/opt
将/jffs/opt挂载到/opt：mount -o bind /jffs/opt /opt
然后运行mkswap将刚刚建立的swapfile文件设置成swap文件：mkswap /jffs/Swapfile
然后就悲剧了，提示没有这个指令，估计作者把mkswap给精简掉了，偶先装optware环境吧。

比较懒，找了个自动安装脚本(http://pandoric.googlecode.com/svn/Pandora%20%e8%84%b1%e6%9c%ba%e8%bd%af%e4%bb%b6/optware-install.sh )，一键安装多快好省，哈哈

开始运行这个脚本：root@Belkin 7231-4P:/jffs# ./optware-install.sh
Checking system config ...
Using 192.168.1.1 as default gateway.
Using the following nameserver(s):
nameserver 210.22.70.225
nameserver 210.22.70.3
Warning: local nameserver is different than gateway!
Check config or enter:
  sed -i s/192.168.*/192.168.1.1/ /tmp/resolv.conf
to correct this.

啊哈，居然提示我网关和DNS server的地址不一样！DNS难道非得和网关一样才能解析么？这叫什么逻辑哟!
打开这个脚本看下，删除了检测DNS的步骤，继续安装，成功！

嗯，很好很强大，这个脚本直接设置好了环境变量，直接ipkg安装就可以啦！安装busybox以便等下使用mkswap工具初始化swap

root@Belkin 7231-4P:/jffs# ipkg install busybox
Installing busybox (1.10.3-1) to /opt/...
Downloading http://ipkg.nslu2-linux.org/feeds/optware/ddwrt/cross/stable/busybox_1.10.3-1_mipsel.ipk
Installing busybox-base (1.10.3-1) to /opt/...
Downloading http://ipkg.nslu2-linux.org/feeds/optware/ddwrt/cross/stable/busybox-base_1.10.3-1_mipsel.ipk
Installing busybox-links (1.10.3-1) to /opt/...
Downloading http://ipkg.nslu2-linux.org/feeds/optware/ddwrt/cross/stable/busybox-links_1.10.3-1_mipsel.ipk
Configuring busybox
Configuring busybox-base
Configuring busybox-links
update-alternatives: Linking //opt/bin/[ to /opt/bin/busybox
update-alternatives: Linking //opt/bin/[[ to /opt/bin/busybox
update-alternatives: Linking //opt/bin/arping to /opt/bin/busybox
update-alternatives: Linking //opt/bin/ash to /opt/bin/busybox
update-alternatives: Linking //opt/bin/awk to /opt/bin/busybox
update-alternatives: Linking //opt/bin/basename to /opt/bin/busybox
update-alternatives: Linking //opt/bin/bunzip2 to /opt/bin/busybox
update-alternatives: Linking //opt/bin/bzcat to /opt/bin/busybox
update-alternatives: Linking //opt/bin/bzip2 to /opt/bin/busybox
update-alternatives: Linking //opt/bin/cal to /opt/bin/busybox
update-alternatives: Linking //opt/bin/cat to /opt/bin/busybox
update-alternatives: Linking //opt/bin/chattr to /opt/bin/busybox
update-alternatives: Linking //opt/bin/chgrp to /opt/bin/busybox
update-alternatives: Linking //opt/bin/chmod to /opt/bin/busybox
update-alternatives: Linking //opt/bin/chown to /opt/bin/busybox
update-alternatives: Linking //opt/bin/chroot to /opt/bin/busybox
update-alternatives: Linking //opt/bin/chrt to /opt/bin/busybox
update-alternatives: Linking //opt/bin/chvt to /opt/bin/busybox
update-alternatives: Linking //opt/bin/cksum to /opt/bin/busybox
update-alternatives: Linking //opt/bin/clear to /opt/bin/busybox
update-alternatives: Linking //opt/bin/cmp to /opt/bin/busybox
update-alternatives: Linking //opt/bin/comm to /opt/bin/busybox
update-alternatives: Linking //opt/bin/cp to /opt/bin/busybox
update-alternatives: Linking //opt/bin/cpio to /opt/bin/busybox
update-alternatives: Linking //opt/bin/cut to /opt/bin/busybox
update-alternatives: Linking //opt/bin/date to /opt/bin/busybox
update-alternatives: Linking //opt/bin/dd to /opt/bin/busybox
update-alternatives: Linking //opt/bin/deallocvt to /opt/bin/busybox
update-alternatives: Linking //opt/bin/df to /opt/bin/busybox
update-alternatives: Linking //opt/bin/diff to /opt/bin/busybox
update-alternatives: Linking //opt/bin/dirname to /opt/bin/busybox
update-alternatives: Linking //opt/bin/dmesg to /opt/bin/busybox
update-alternatives: Linking //opt/bin/dos2unix to /opt/bin/busybox
update-alternatives: Linking //opt/bin/du to /opt/bin/busybox
update-alternatives: Linking //opt/bin/echo to /opt/bin/busybox
update-alternatives: Linking //opt/bin/ed to /opt/bin/busybox
update-alternatives: Linking //opt/bin/egrep to /opt/bin/busybox
update-alternatives: Linking //opt/bin/eject to /opt/bin/busybox
update-alternatives: Linking //opt/bin/env to /opt/bin/busybox
update-alternatives: Linking //opt/bin/ether-wake to /opt/bin/busybox
update-alternatives: Linking //opt/bin/expr to /opt/bin/busybox
update-alternatives: Linking //opt/bin/false to /opt/bin/busybox
update-alternatives: Linking //opt/bin/fgrep to /opt/bin/busybox
update-alternatives: Linking //opt/bin/find to /opt/bin/busybox
update-alternatives: Linking //opt/bin/free to /opt/bin/busybox
update-alternatives: Linking //opt/bin/grep to /opt/bin/busybox
update-alternatives: Linking //opt/bin/gunzip to /opt/bin/busybox
update-alternatives: Linking //opt/bin/gzip to /opt/bin/busybox
update-alternatives: Linking //opt/bin/head to /opt/bin/busybox
update-alternatives: Linking //opt/bin/hexdump to /opt/bin/busybox
update-alternatives: Linking //opt/bin/hostname to /opt/bin/busybox
update-alternatives: Linking //opt/bin/id to /opt/bin/busybox
update-alternatives: Linking //opt/bin/ifconfig to /opt/bin/busybox
update-alternatives: Linking //opt/bin/install to /opt/bin/busybox
update-alternatives: Linking //opt/bin/ip to /opt/bin/busybox
update-alternatives: Linking //opt/bin/ipcrm to /opt/bin/busybox
update-alternatives: Linking //opt/bin/ipcs to /opt/bin/busybox
update-alternatives: Linking //opt/bin/kill to /opt/bin/busybox
update-alternatives: Linking //opt/bin/killall to /opt/bin/busybox
update-alternatives: Linking //opt/bin/killall5 to /opt/bin/busybox
update-alternatives: Linking //opt/bin/less to /opt/bin/busybox
update-alternatives: Linking //opt/bin/ln to /opt/bin/busybox
update-alternatives: Linking //opt/bin/logger to /opt/bin/busybox
update-alternatives: Linking //opt/bin/logname to /opt/bin/busybox
update-alternatives: Linking //opt/bin/ls to /opt/bin/busybox
update-alternatives: Linking //opt/bin/lsattr to /opt/bin/busybox
update-alternatives: Linking //opt/bin/md5sum to /opt/bin/busybox
update-alternatives: Linking //opt/bin/mkdir to /opt/bin/busybox
update-alternatives: Linking //opt/bin/mkfifo to /opt/bin/busybox
update-alternatives: Linking //opt/bin/mknod to /opt/bin/busybox
update-alternatives: Linking //opt/bin/mount to /opt/bin/busybox
update-alternatives: Linking //opt/bin/mv to /opt/bin/busybox
update-alternatives: Linking //opt/bin/nc to /opt/bin/busybox
update-alternatives: Linking //opt/bin/netstat to /opt/bin/busybox
update-alternatives: Linking //opt/bin/nice to /opt/bin/busybox
update-alternatives: Linking //opt/bin/nmeter to /opt/bin/busybox
update-alternatives: Linking //opt/bin/nohup to /opt/bin/busybox
update-alternatives: Linking //opt/bin/od to /opt/bin/busybox
update-alternatives: Linking //opt/bin/openvt to /opt/bin/busybox
update-alternatives: Linking //opt/bin/patch to /opt/bin/busybox
update-alternatives: Linking //opt/bin/pidof to /opt/bin/busybox
update-alternatives: Linking //opt/bin/ping to /opt/bin/busybox
update-alternatives: Linking //opt/bin/ping6 to /opt/bin/busybox
update-alternatives: Linking //opt/bin/printf to /opt/bin/busybox
update-alternatives: Linking //opt/bin/ps to /opt/bin/busybox
update-alternatives: Linking //opt/bin/pwd to /opt/bin/busybox
update-alternatives: Linking //opt/bin/readlink to /opt/bin/busybox
update-alternatives: Linking //opt/bin/realpath to /opt/bin/busybox
update-alternatives: Linking //opt/bin/renice to /opt/bin/busybox
update-alternatives: Linking //opt/bin/reset to /opt/bin/busybox
update-alternatives: Linking //opt/bin/resize to /opt/bin/busybox
update-alternatives: Linking //opt/bin/rm to /opt/bin/busybox
update-alternatives: Linking //opt/bin/rmdir to /opt/bin/busybox
update-alternatives: Linking //opt/bin/script to /opt/bin/busybox
update-alternatives: Linking //opt/bin/sed to /opt/bin/busybox
update-alternatives: Linking //opt/bin/seq to /opt/bin/busybox
update-alternatives: Linking //opt/bin/sh to /opt/bin/busybox
update-alternatives: Linking //opt/bin/sha1sum to /opt/bin/busybox
update-alternatives: Linking //opt/bin/sleep to /opt/bin/busybox
update-alternatives: Linking //opt/bin/sort to /opt/bin/busybox
update-alternatives: Linking //opt/bin/stat to /opt/bin/busybox
update-alternatives: Linking //opt/bin/strings to /opt/bin/busybox
update-alternatives: Linking //opt/bin/stty to /opt/bin/busybox
update-alternatives: Linking //opt/bin/sync to /opt/bin/busybox
update-alternatives: Linking //opt/bin/tail to /opt/bin/busybox
update-alternatives: Linking //opt/bin/tar to /opt/bin/busybox
update-alternatives: Linking //opt/bin/tee to /opt/bin/busybox
update-alternatives: Linking //opt/bin/test to /opt/bin/busybox
update-alternatives: Linking //opt/bin/time to /opt/bin/busybox
update-alternatives: Linking //opt/bin/top to /opt/bin/busybox
update-alternatives: Linking //opt/bin/touch to /opt/bin/busybox
update-alternatives: Linking //opt/bin/tr to /opt/bin/busybox
update-alternatives: Linking //opt/bin/true to /opt/bin/busybox
update-alternatives: Linking //opt/bin/tty to /opt/bin/busybox
update-alternatives: Linking //opt/bin/umount to /opt/bin/busybox
update-alternatives: Linking //opt/bin/uname to /opt/bin/busybox
update-alternatives: Linking //opt/bin/uncompress to /opt/bin/busybox
update-alternatives: Linking //opt/bin/uniq to /opt/bin/busybox
update-alternatives: Linking //opt/bin/unix2dos to /opt/bin/busybox
update-alternatives: Linking //opt/bin/unzip to /opt/bin/busybox
update-alternatives: Linking //opt/bin/uptime to /opt/bin/busybox
update-alternatives: Linking //opt/bin/usleep to /opt/bin/busybox
update-alternatives: Linking //opt/bin/uudecode to /opt/bin/busybox
update-alternatives: Linking //opt/bin/uuencode to /opt/bin/busybox
update-alternatives: Linking //opt/bin/vi to /opt/bin/busybox
update-alternatives: Linking //opt/bin/watch to /opt/bin/busybox
update-alternatives: Linking //opt/bin/wc to /opt/bin/busybox
update-alternatives: Linking //opt/bin/which to /opt/bin/busybox
update-alternatives: Linking //opt/bin/who to /opt/bin/busybox
update-alternatives: Linking //opt/bin/whoami to /opt/bin/busybox
update-alternatives: Linking //opt/bin/xargs to /opt/bin/busybox
update-alternatives: Linking //opt/bin/yes to /opt/bin/busybox
update-alternatives: Linking //opt/bin/zcat to /opt/bin/busybox
update-alternatives: Linking //opt/libexec/syslogd to /opt/bin/busybox
update-alternatives: Linking //opt/sbin/arp to /opt/bin/busybox
update-alternatives: Linking //opt/sbin/fdisk to /opt/bin/busybox
update-alternatives: Linking //opt/sbin/fsck to /opt/bin/busybox
update-alternatives: Linking //opt/sbin/hdparm to /opt/bin/busybox
update-alternatives: Linking //opt/sbin/httpd to /opt/bin/busybox
update-alternatives: Linking //opt/sbin/hwclock to /opt/bin/busybox
update-alternatives: Linking //opt/sbin/insmod to /opt/bin/busybox
update-alternatives: Linking //opt/sbin/klogd to /opt/bin/busybox
update-alternatives: Linking //opt/sbin/losetup to /opt/bin/busybox
update-alternatives: Linking //opt/sbin/lsmod to /opt/bin/busybox
update-alternatives: Linking //opt/sbin/mkswap to /opt/bin/busybox
update-alternatives: Linking //opt/sbin/modprobe to /opt/bin/busybox
update-alternatives: Linking //opt/sbin/pivot_root to /opt/bin/busybox
update-alternatives: Linking //opt/sbin/rdate to /opt/bin/busybox
update-alternatives: Linking //opt/sbin/rmmod to /opt/bin/busybox
update-alternatives: Linking //opt/sbin/route to /opt/bin/busybox
update-alternatives: Linking //opt/sbin/start-stop-daemon to /opt/bin/busybox
update-alternatives: Linking //opt/sbin/swapoff to /opt/bin/busybox
update-alternatives: Linking //opt/sbin/swapon to /opt/bin/busybox
update-alternatives: Linking //opt/sbin/sysctl to /opt/bin/busybox
Successfully terminated.
root@Belkin 7231-4P:/jffs# mkswap
BusyBox v1.10.3 (2010-05-21 00:45:35 UTC) multi-call binary

Usage: mkswap DEVICE

Prepare block device to be used as swap partition

root@Belkin 7231-4P:/jffs# mkswap /jffs/Swapfile
Setting up swapspace version 1, size = 67104768 bytes

root@Belkin 7231-4P:/jffs# swapon /jffs/Swapfile
root@Belkin 7231-4P:/jffs# free
              total         used         free       shared      buffers
  Mem:        62040        49472        12568            0         1892
Swap:        64748            0        64748
Total:       126788        49472        77316

嗯，成功初始化swap并挂载它。

顺便把这些开机需要执行的指令丢到启动脚本里面去。

重启路由器，发现并没有自动挂载，大惑，dmesg看了下启动过程，发现系统启动到初始化USB storage设备大概需要6秒左右的时间，好吧，那就让它先sleep 10 ，这样应该就可以啦。

嗯，重启路由器之后自动按照脚本挂载USB设备到jffs并成功加载swap！

贴一下偶的开机脚本和修改后的一键安装包。

sleep 10
mount /dev/sda1 /jffs
mount -o bind /jffs/opt /opt
sleep 3
swapon /jffs/Swapfile

ipkg环境的一键安装包：optware-install.rar


]]> http://www.atuonce.cn/article.asp?id=1059 <![CDATA[网上订火车票的有救了！铁道部网站刷火车票的脚本 ]]> pldesign88@gmail.com(admin) Sun,08 Jan 2012 04:59:23 +0800 http://www.atuonce.cn/default.asp?id=1059 1. 只在【 Chromium 】上调试过。
2. 不支持自动订票。有票后请手工操作。


1. 安装脚本  https://gist.github.com/raw/1554666/dec45c925002ec23ccef9f5be14770572d27625c/12306.user.js
用google的chromium浏览器直接打开此脚本就可以安装

【必须用google的浏览器】


2. 访问  https://dynamic.12306.cn/otsweb/
3. 登录并转到『车票预订』选项卡。
4. 填写信息，还可以在下方表格处选择想要的票的类别。 （ new ）
5. 右下方选择是否要学生票，然后点自动刷新。
6. 程序会自动查询，当有票时会播放音乐提示，并且会高亮有票的车次。
7. 在查询期间你可以做其他事情，但要保持标签页开启（是否是当前标签页无所谓）。


代码在这里（ GPL >= v3）：
https://gist.github.com/1554666

致铁道部网站负责团队：
请不要再无聊地修改代码了。 有我在，你们再改也没用，我有的是办法。
你们要是有精力防止大家自动查询，还不如把精力用在改善服务器上。]]>