By on May 9, 2016 in, Hello guys, in this Blog post we will cover the installation of the latest Zimbra Collaboration 8.7 Release on Ubuntu 14.04 LTS, using dnsmasq as a DNS Server. As this Blog post can be a bit long, you might find this menu useful:. 1.- Creating the VM on VMware ESXi (vmxnet3 y pvscsi) On this Blog post, we are going to use a VM on VMware and all the best practices from VMware for a high-use workload. We will create the VM with vmxnet3 for Networking and pvscsi for the Disk Controller. First step to create the VM, select the first option and press Next: Type a name for the VM, and select the compatibility, in this case ESXi 6.0. For the Guest OS Familiy choose Linux, and last for Guest OS version choose Ubuntu 64-bit.
In this step, please select the Datastore where Zimbra will be installed. Remember that Zimbra is read/write intensive, so please choose the fastest Datastore in your environment. Zimbra doesn’t recommend RAID5 or SATA, but you can find much more information about this on the. In the step Customize Settings, you need to pay more attention. Change the SCSI Controller to VMware Paravirtual, and double-check if the Network Adapater is already on VMXNET3. Change it to VMXNET3 if it wasn’t already there In the last step, you can check if everything is correct, and press finish if so: 2.- OS Requirements In this Blog article, we are using Ubuntu 14.04 LTS on VMware vSphere 6.0U2.
The difference between vim-gtk and vim-gnome has been discussed. Ubuntu usually offers more than these two options for vim:. vim-nox. vim-athena.
vim-. It is not clear which vim package have which dependecies and which one is preferable to use on one's system. I keep my vim configuration files ( /.vim folder) on GitHub and clone it on any system I have to work on. They work with vim-gnome but will they work with any of these distributions? Can we have the major differences listed out between all of the possible vim candidates available on Ubuntu so one can make an informed decision?
Besides the vim package, there appear to be at least six 'vim-variants'(not including available documentation, or plugin packages) to be found within the main and universe repositories. Below is a brief summary of each (links go to package description and dependencies):. Japanized VIM (Canna version) This package allows the entering of Kanji from the console. In order to install this package, run sudo apt-get install jvim-canna Depends upon the libcanna1g library Does not appear to support Perl, Python, Ruby, or TCL scripting.
enhanced vi editor - compiled with an Athena GUI This package is compiled with the as opposed to GTK+ or Gnome. See for additional details. In order to install this package, run sudo apt-get install vim-athena Supports Perl, Python, Ruby, and TCL scripting. enhanced vi editor - compiled with a GNOME2 GUI In order to install this package, run sudo apt-get install vim-gnome Depends upon the libgnome2 library Supports Perl, Python, Ruby, and TCL scripting. enhanced vi editor - compiled with the GTK2 GUI Used in KDE/Kubuntu-like environments In order to install this package, run sudo apt-get install vim-gtk Supports Perl, Python, Ruby, and TCL scripting. enhanced vi editor Like vim-tiny, vim-nox is a minimal vim installation and does not have a GUI.
It comes with mouse support, but no clipboard support, IIRC. In order to install this package, run sudo apt-get install vim-nox Supports Perl, Python, Ruby, and TCL scripting.
enhanced vi editor - compact version vim-tiny is included as the default vim on Ubuntu distributions and comes with many optional features disabled(e.g. Multi-level undo). See for details on its feature set(or lack thereof). In order to install this package, run sudo apt-get install vim-tiny Does not support Perl, Python, Ruby, or TCL scripting. As close to being without being.
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Locally, to see which features are supported in a particular installed vim package, running the following command: vim -version will provide a list of features included(or excluded) in the particular package. For example, on my system I can run either vim -version, vim.tiny -version, or vim.athena -version to see the differences in their respective supported features. Python support Before 16.04, the above packages (other than vim-tiny) included Vim with scripting support for Python 2. From 16.04 onwards, they all support Python 3, and there are corresponding.-py2 packages (, for example) which provide a Vim command with Python 2 support. Both can be installed together, and the commands will be, for example, vim.gnome and vim.gnome-py2 respectively. Otherwise, the.-py2 packages provide the same feature set as the corresponding packages.
This tutorial exists for these OS versions. Ubuntu 16.04 (Xenial Xerus).
On this page. Nagios is an open source software for system and network monitoring. Nagios can monitor the activity of a host and its services, and provides a warning/alert if something bad happens on the server.
Nagios can run on Linux operating systems. At this time, I'm using Ubuntu 16.04 for the installation. Prerequisites.
2 Ubuntu 16.04 - 64bit servers. 1 - Nagios Host with IP: 192.168.1.9. 2 - Ubuntu Client with IP: 192.168.1.10.
Root/Sudo access What we will do in this tutorial:. Software the package dependencies like - LAMP etc. User and group configuration.
Installing Nagios. Configuring Apache.
Testing the Nagios Server. Adding a Host to Monitor. Installing the prerequisites Nagios requires the gcc compiler and build-essentials for the compilation, LAMP (Apache, PHP, MySQL) for the Nagios web interface and Sendmail to send alerts from the server. To install all those packages, run this command (it's just 1 line). Thanks for this guide. I think your configuration for monitoring the remote host is wrong though. Under step 5, you talk about configuring the remote host with this config file vim /usr/local/nagios/etc/servers/ubuntuhost.cfg However, all the check commands in your example are 'local' ones, meaning they are going to be checking the fog server rather than the client.
From my understanding, in most cases removing the word 'local' from the various checkcommands should fix this, for example checklocaldisk!20%!10%!/ becomes checkdisk!20%!10%!/. Sorry to pester again, But I was unable to get the Daemon running, and the 'service nagios restart' issued an error. I googled around first, like a good little nerd, and came back with a solution to make it work. Can you add this to your page of awesome please!?
I found it at this site.('sudo vi /etc/systemd/system/nagios.service and added the following to the file: Unit Description=Nagios BindTo=network.target Install WantedBy=multi-user.target Service User=nagios Group=nagios Type=simple ExecStart=/usr/local/nagios/bin/nagios /usr/local/nagios/etc/nagios.cfg Save, then type the following: sudo systemctl enable /etc/systemd/system/nagios.service sudo systemctl start nagios sudo systemctl restart nagios. Thank you very much for this great and good working tutorial. I found the following issues and it's solution. Maybe you can add them to this tutorial. 1) on Step 3 - Install the Nagios Plugins the last command is missing an 's' on 'cd nagios-plugins-2.1.2/' 2) on configuring apache on executing 'service nagios start' I get the error message 'Failed to start nagios.service: Unit nagios.service not found.'
Tenor sax clef. The page can be found.
The solution is described here: http://serverfault.com/questions/774498/failed-to-start-nagios-service-unit-nagios-service-failed-to-load-no-such-file. Thanks for this article, it's very usefull! I have some suggestions for this manual:.
Installation De Vim Sous Ubuntu
In line 'cd nagios-plugin-2.1.2/' the real value in my computer was 'cd nagios-plugins-2.1.2/'. When you said 'When Nagios starts, you may see the following error:' I had this error instead: 'Failed to start nagios.service: Unit nagios.service not found.'
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, I fixed it with this:. Last one is a mistake in line 'servuce nagios start', obviously it's 'service' Regards.
The Windows Subsystem for Linux lets developers run Linux environments - including most command-line tools, utilities, and applications - directly on Windows, unmodified, without the overhead of a virtual machine. You can:. Choose your favorite Linux distributions. Run common command-line utilities such as grep, sed, awk, etc. Run Bash shell scripts and Linux command-line applications including:. Tools: vim, emacs, tmux. Languages: Javascript/node.js, Ruby, Python, C/C, C# & F#, Rust, Go, etc.
Services: sshd, MySQL, Apache, lighttpd. Install additional Linux tools using the distribution's built in package manager ( apt-get, for example). Invoke Windows applications from the Linux console. Invoke Linux applications on Windows. Getting started. Team Blogs.
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