How To Install Mailgraph On Centos 6
Debian Lenny has packages for Mailgraph and pflogsumm, so we simply install these. We also install rrdtool that stores the data which is needed by Mailgraph to draw the graphs: aptitude install rrdtool mailgraph. Now we configure the mailgraph package like this: dpkg-reconfigure mailgraph. You will be asked a few questions.
To ease navigation between the two CGI pages,.mailgraph.cgi. and.queuegraph.cgi., create a HTML index page with links to both CGI pages.Create the file./var/www/html/index.html. with the below as its content:
you should see this page which opens the mailgraph.cgi in its iframe by default, and links to navigate between the two CGI pages.
- For the purpose of this guide, we will be operating the system as root, if that is not the case for you, make use of the sudo command to acquire root privileges. Installing PHP 7 on CentOS 7. To install latest PHP 7, you need to add EPEL and Remi repository to your CentOS 6 system like so.
- Step by step tutorial on how to install Apache on CentOS 8 and how to create virtual hosts in order to store websites on CentOS 8.
We’ll show you how to install Python 3.6.4 on CentOS 7. Python is at the core of many popular websites and programs – YouTube, Instagram, and even Yum on CentOS, to name a few. They all rely on Python’s reliability and performance to complete many tasks at a time. Python is a general-purpose object-oriented programming language designed to be used as a software solution for almost all kinds of problems. However, the pre-installed version of Python found on CentOS 7 is a much older version. In order to have the latest version of Python, the user will have to install it manually.In this tutorial, we will show you two methods of installing Python version 3.6.4 on your CentOS 7 machine. The reason there are two methods is that Python 3.6.4 does not come by default in the built-in Yum repositories.
So, we can either compile Python on our machine from the source code or add a repository that has a pre-compiled version of Python for CentOS 7. Method 1: Install Python 3.6.4 on CentOS 7 From a RepositoryThis is the easier method of the two for installing Python on your machine. Here, we simply add a repository that has the pre-compiled version ready for us to install. In this case, we are adding the Inline with Upstream Stable repository, a community project whose goal is to bring new versions of software to RHEL-based systems. Step 1: Open a Terminal and add the repository to your Yum install. Sudo yum install -y Step 2: Update Yum to finish adding the repository.
Sudo yum update Step 3: Download and install Python.This will not only install Python – but it will also install pip to help you with installing add-ons. Sudo yum install -y python36u python36u-libs python36u-devel python36u-pipOnce these commands are executed, simply check if the correct version of Python has been installed by executing the following command: python3.6 -VYou have now finished installing Python 3.6.4 on your CentOS 7 machine, as well as installing a native Python package management tool called pip. Method 2: Compiling Python 3.6.4 on CentOS 7 From Source CodeThis is the more complicated method of the two, and will take more time – however, this method gives you more control over what gets installed and what doesn’t. It can also be more secure at times, depending on where the software package is downloaded from.Important: Keep in mind that your Yum package manager will not know that you have installed Python 3.6.4 (or any other software) if you install software by manually compiling the source code.
This means that no updates will be available for your manually installed software. Step 1: Install the development tools needed for compilation.First, we will need the tools in order to be able to compile and install programs from their source code. To do this, we will install the group “Development Tools” through Yum itself: sudo yum groupinstall -y 'Development Tools'Once this is done, move on to step 2. Step 2: Download the Python source files.First, we need to create a directory in which our install will take place.
Make a directory with a name of your choosing, then enter the directory. Once you are in your new directory, enter the following command to download the compressed Python source file. Wget the file is finished downloading, uncompress the file by using tar, then enter into the new directory that was just created: tar -xJf Python-3.6.4.tar.xzcd Python-3.6.4 Step 3: Run the configuration script.Use the following command to have the installation software check your system before actually starting the installation process./configureThis command ensures that the install will work, along with creating a special ‘makefile’ that is unique to your system. This makefile is what you will use to install Python onto your system. Step 4: Install Python.Now we can finally execute the makefile. Run the following command to install Python onto your system.
Note: This will take a few minutes. The speed of the compilation and install will depend on the speed of your processor.First, we run the ‘make’ command which compiles the program. MakeThen, once that is finished, we can run the installation command.
How To Install Mailgraph On Centos 6 8
Make installOnce this command finishes, you will have installed Python successfully, along with pip and setuptools. From here, creating a virtual environment is easy, and coding and executing the latest Python code is now possible.Of course, you don’t have to install Python 3.6.4 on CentOS 7, if you use one of our high-speed plans – in which case you can simply ask our expert Linux admins to install Python 3.6.4 for you. They are available 24×7 and will take care of your request immediately.PS. If you liked this post, on how to install Python 3.6.4 on CentOS 7, please share it with your friends through the social networks by using the buttons on the left, or simply leave a reply below. For method two, running `make install` is a bit risky.
It puts the python executable into /usr/local/bin by default, potentially overwriting a pre-existing python version there, and also changing the behavior of scripts that do not specify whether they want to be run with python2 or python3.In such a case, it is advisable to run `make altinstall` instead, or even better, run the initial configuration with a target path other than /usr/local/bin: `mkdir -p /home/user/alternativepythons/python3.6 &&./configure –prefix=/home/user/alternativepythons/python3.6`.