Installing Ipplan On Windows
Kali Linux is the latest Linux distribution to be made available on the Windows App Store for one-click installation, joining the list of other popular distribution such as Ubuntu, OpenSUSE and SUSE Enterprise Linux. IPplan requires a working web server installation. Currently the Apache web server is preferred, but php as an ISAPI or CGI module on IIS works too - follow the appropriate installation instructions in the IPplan directory (INSTALL-IIS+MSSQL). Apache works just fine on Windows platforms too.
In by (IP Address Management) software is important in medium and large network. It may be helpful in a small network depending on how you define small. There are several ways to manage IP addresses and the two well known ways are spreadsheet and IPAM software.
Managing IP addresses on a spreadsheet can be a nightmare and provides no automation. IPAM software provides automation and an easy to use interface. IPAM software ranges from zero dollars to thousands of dollars.
If your organization has a budget for a paid version of IPAM, then it’s time for you to research and evaluate all the paid versions out there. If the money is tight, then you’re in luck since there are several free IPAM software out there and this article will concentrate on one of them, which is IPplan. IPplan is a free (GPL), web based, multilingual, TCP IP address management (IPAM) software and tracking tool written in php 4, simplifying the administration of your IP address space. IPplan goes beyond TCPIP address management including DNS administration, configuration file management, circuit management (customizable via templates) and storing of hardware information (customizable via templates).
IPplan can handle a single network or cater for multiple networks and customers with overlapping address space. Dil kya kare jab kisi se remix mp3 download. Makes managing ip addresses and managing ip address space simple and easy!
In this tutorial, it assumes that you have and/or know the following:. A physical machine or VM with at least 8GB HDD space and 512MB RAM. How to install Ubuntu Linux Server Edition with LAMP.
How to use an editor in Linux environment Here are the steps to implement IPAM software using IPplan: Download and install current Ubuntu Linux Server Edition on a physical machine or virtual machine (VM). Do not forget about LAMP when it asks you what packages you want to be installed during the installation process. Once done with the installation.
Update your Ubuntu box. The step is optional, but I recommend you to update your software. Admin @ ubuntu: $ wget http: / / downloads.sourceforge.net / project / iptrack / ipplan / Release% 204.92 / ipplan - 4.92b.tar.gz? R = http% 3A% 2F% 2Fsourceforge.net% 2Fprojects% 2Fiptrack% 2Ffiles% 2Fipplan% 2FRelease% 25204.92% 2F & amp; ts = & amp; usemirror = iweb Once the download is complete, this will create a file on your home folder – in this case it is in /home/admin. The file is called ipplan-4.92b.tar.gz and with part of the URL. There maybe a way to download it and use a specific name instead of a long name, but unfortunately I do not know how to do it since I have a limited experience with wget command.
My remedy is to just change the file name by using the command below.
Installing Ipplan On Windows
root@localhost # vi /var/www/html/ipplan/config.php // the database user and password is NOT the same user and password // used to access IPplan as a regular user. Define('DBFTYPE', 'maxsql'); define('DBFHOST', 'localhost'); define('DBFUSER', 'ipplan'); define('DBFNAME', 'ipplan'); define('DBFPASSWORD', 'ipplanpw'); // define global admin user and passwd. This is NOT the same user // and password that the databases use. Define('ADMINUSER', 'admin'); define('ADMINPASSWD', 'ipplanpw'); define('ADMINREALM', 'IPplan admin authentication').
Domain Name SystemA newer of this article is available in my blog. In any network, the hosts primarily communicate between each other through IP addresses. For example, if my computer is doing a google search, my computer is actually communicating with the IP address of one of the web servers of google.com.
However, even if the computer is efficient with numbers, humans on the other hand work better with names. For this reason, the TCP/IP protocol includes the Domain Name System (DNS) to link between IPs and computer names i.e. The DNS is a distributed database of computers that is responsible for resolving hostnames against IP addresses and vice-versa. Any DNS query involves two parts. The Resolver: The resolver forms up or initiates the query. The resolver itself does not run as a program.
/etc/resolv.conf is an example of a resolver. Name Server: The Name Server is the service running in the server that responds to the DNS query generated by the resolver i.e. A newer version of this article is available in my blog: Usually, it's pretty hard to analyze information from the squid log file. For example, I don't know how to analyze date or number of hits from /var/log/squid/access.log.
If someone needs to analyze which websites are being accessed from the network, SARG may be a very good tool. SARG, or Squid Analysis Report Generator (analyzes the log, and generates a web based table where one can easily analyze proxy traffic.
Although SARG can be installed using YUM, I have faced problems with CentOS 6. So, I went for tarball installation instead. And believe, it's really easy unlike many tarball installtions. So, let's start: root@busy-bee2 # yum install gcc make wget httpd root@busy-bee2 # wget root@busy-bee2 # tar zxvf. Scenario: We need a dumb mail server that would forward all outgoing mails (originated in the server) to a relay host/smart host.
We don't want our mail server to do any DNS queries (we leave the noble task for the smart host, after all, he's 'smart'). Here's how it's done in sendmail- Create a new file in the /etc/mail directoryvim /etc/mail/service.switch ####### start of file ######### hosts files aliases files ####### end of file ########### We add the 'relay host' IP to sendmail.mcvim /etc/mail/sendmail.mc define(`SMARTHOST',`192.168.2.250')dnl ### obviously, replace the relay host address based on your requirements ### end ### m4 /etc/mail/senmdmail.mc /etc/mail/sendmail.cf service sendmail restart NOTE: Make sure there is no dnl in the beginning of the line. The compiler will treat any starting with dnl as a comment. And it's done. Now our mail server will not do any DNS queries and forward all outgoing mail to smart.
I was having difficulty with generating ping latency graph using Cacti in Debian 6. Being a novice in Cacti, I was not sure what was causing the '-nan' output in the ping latency graphs. It may be mentioned that I was getting bandwidth usage graph without any problem. Well, the solution is here. Before we start with the explanation, let's check something interesting. Debian 6 root@firefly:# ping google.com 64 bytes from fra07s07-in-f147.1e100.net (209.85.148.147): icmp req=1 ttl=53 time=303 ms UBUNTU sarmed@sarmed-ubuntu:$ ping google.com 64 bytes from hx-in-f99.1e100.net (74.125.71.99): icmp seq=1 ttl=47 time=302 ms Notice the difference in the output?
Interesting, eh? Now, to the root cause of the problem.
Installing Ipplan On Windows 10
Cacti uses a perl script 'ping.pl' for pinging a host. The graph is generated from the output of the script.
Installing Ipplan On Windows 6
Root@firefly:# cat /usr/share/cacti/site/scripts/ping.pl #!/usr/bin/perl # take care for tcp:hostname or TCP:ip@ $host = $ARGV0; $host = s/tcp:/$1/gi. Stumbled upon this just a while ago. Adding a static Route in Debian can be easily done by using the command route add -net 192.168.2.0 netmask 255.255.255.0 gw 192.168.1.2 dev eth1 Here, the network 192.168.2.0 is accessible through next hop 192.168.1.2 exit interface eth1. However, the problem is that the system forgets the route if the network service restarts. Here's how the route can be made permanent - # The primary network interface auto eth1 allow-hotplug eth1 iface eth1 inet static address 192.168.1.3 netmask 255.255.255.0 up route add -net 192.168.2.0 netmask 255.255.255.0 gw 192.168.1.2 dev eth1 up route add -net 192.168.10.0 netmask 255.255.255.0 gw 192.168.1.2 dev eth1 down route del -net 192.168.2.0 netmask 255.255.255.0 gw 192.168.1.2 dev eth1 down route del -net 192.168.10.0 netmask 255.255.255.0 gw 192.168.1.2 dev eth1 The route is would now be updated every time the network service is restarted. Works like a charm:).