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How long have you been using Linux?
24 years
So you must be good at it?
Linux. So efficient. Ha!
happy information security day!!!
Install ZENMAP in Debain( Kali Linux) base system.
Install ZENMAP in Debain( Kali Linux) base system.
If you are familiar with PENTEST and Kali linux platform, you should know nmap which is great vulnerability scanning tool. But recent version of kali has dropped ZENMAP which is GUI base for nmap which great tool to run nmap in GUI and also to generate command line to run on nmap.
Apparently, ZENMAP need to install manually on newer kali OS’s. Here is way to install it.
You can get more…
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Contents1 Prerequisites2 Install Docker on Ubuntu3 Executing the Docker Command Without Sudo4 How to Use Docker Command5 Working with Docker Images5.1 Search Docker Images5.2 Download Docker Images5.3 List Downloaded Docker Images5.4 Remove Docker Images6 Working with Docker Containers6.1 Start a Container6.2 List Active Docker Containers6.3 Remove Docker Container7 Conclusion Install and Use Docker on Debian …
Install and Use Docker on Debian 9
Debian网络配置
引自:Debian网络配置
debian系统配置ip地址
在Debian中网卡的设置可以通过/etc/network/interfaces文件来进行,具体可分为三种不同的配置方式:DHCP自动获取、静态分配IP地址和PPPoE宽带拨号。
具体设置如下: 在进行配置之前,首先进入/etc/network目录中,用nano命令编辑interfaces文件:
网卡通过DHCP自动获取IP地址
# This file describes the network interfaces available on your system
# and how to activate them. For more information, see interfaces(5).
#
# The loopback network interface(配置环回口)
# 开机自动激lo接口
auto lo
# 配置lo接口为环回口
iface lo inet loopback
#
# The primary network interface (配置主网络接口)
#开机自动激活eth0接口
auto eth0
#配置eth0接口为DHCP自动获取
iface eth0 inet dhcp
网卡静态分配IP地址
# This file describes the network interfaces available on your system
# and how to activate them. For more information, see interfaces(5).
#
# The loopback network interface(配置环回口)
# 开机自动激lo接口
auto lo
# 配置lo接口为环回口
iface lo inet loopback
#
# The primary network interface (配置主网络接口)
#开机自动激活eth0接口
auto eth0
#配置eth0接口为静态设置IP地址
iface eth0 inet static
address 10.16.3.99
netmask 255.255.255.0
network 10.16.3.0
broadcast 10.16.3.255
gateway 10.16.3.1
#单网卡配置多个ip,设置第二个ip地址
auto eth0:1
iface eth0:1 inet static
address x.x.x.x
netmask 255.255.255.0
network 10.16.3.0
broadcast 10.16.3.255
gateway 10.16.3.1
# dns-* options are implemented by the resolvconf package, if installed(DNS设置)
dns-nameservers 61.153.177.196 61.153.177.197
dns-search feelnet.org
配置好后推出编辑/etc/resolv.conf,配置DNS,加入以下信息:
nameserver 219.146.0.130
基本文件格式
Debian的网络配置文件在目录/etc/network中,其中的interfaces文件中保存了每一个网络设备在启动时的属性。下面是一个很简单的配置文件:
例子 1. 简单的配置文件
auto lo eth0 ①
iface lo inet loopback ②
iface eth0 inet dhcp ③
iface eth1 inet static ④
address 10.1.133.165
netmask 255.255.255.0
gateway 10.1.133.1
① 表示系统中的lo和eth0两个网络设备在系统启动网络时自动启动。
② 表示网络设备lo使用TCP/IP网络并且是一个loopback设备,如果是IPV6网络则使用"inet6",IPX网络使用"ipx"。
③ 表示网络设备eth0使用TCP/IP网络,同时使用DHCP自动获取IP地址。
④ 表示网络设备eth1使用TCP/IP网络,并且是占用固定的IP
10.1.33.165,子网掩码是255.255.255.0,网关是10.1.133.1。
上面的这种配置方式,可以使用于大多数的情况,但在一些特殊的情况下,就需要一些更为灵活的手段来配置网络。
通过PING配置网络
Linux在处理PCMCIA卡的时候有比较好的方式,可以在PCMICA卡插入时通过一个配置脚本来确定网络地址。但是,笔记本上的网卡是笔记本自带的,并非PCMCIA卡,由于经常需要奔波于办公室、实验室和家之间,就经常需要修改网络地址。如果我去的每一个地方都安装了DHCP,那么我就可以把 eth0设定成为DHCP的方式,然而我的情况却是:在家可以使用DHCP,在办公室和实验室都要使用固定地址。
为了解决这个问题,我们可以使用一种mapping机制,这种方法的基本原理是通过运行一个程序来确定目前所处的环境,并为这个环境选择一套配置。我现在使用的就是通过ping一个网络的网关来确定当前网卡究竟连接在哪个网络上,然后再选择这个网络的配置。
首先,在/usr/share/doc/ifupdown/examples中有一个文件ping-places.sh,把它复制到/etc/network目录中,然后chmod
+x /etc/network/ping-places.sh。下面就是编辑/etc/network/interfaces文件,下面是一个例子:
例子 2.
mapping eth0 ①
script /etc/network/ping-places.sh
map 192.168.0.107/24 192.168.0.1 home
map 10.1.133.165/24 10.1.133.1 office
map 10.1.0.107/24 10.1.0.1 lab
iface home inet dhcp ②
iface office inet static ③
address 10.1.133.165
netmask 255.255.255.0
gateway 10.1.133.1
up cp /etc/resolv.conf.school /etc/resolv.conf ④
iface lab inet static
address 10.1.0.107
netmask 255.255.255.0
gateway 10.1.0.1
up cp /etc/resolv.conf.school /etc/resolv.conf
① 表示对于网络设备调用脚本/etc/network/ping-places.sh,如果能够用地址192.168.0.107/24
ping通地址192.168.0.1,则将eth0映射为设备home,即启动home的配置。后面的office和lab与其类似。
② 表示虚拟设备home使用DHCP分配的地址。
③ 表示虚拟设备office使用固定地址。
④ 表示在启动这个网络设备后还要执行cp命令,从而指定一个域名解析方法。除了up以外,还有pre-up、down和post-down可以用来指定在启动或停止网络设备前后执行的命令。