This site is kept for archive purposes only. For all future installs, please use PiNet. Its main features include Network based user accounts - A student can log onto any Raspberry Pi in the classroom and have access to their files. Their files are stored centrally on the server. Centralised master operating system - All the Raspberry Pis boot a single master operating system from the server every boot. Automated work submission and collection system - A teacher can easily collect work from students digitally for marking without the need for printing.
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How to create a Ubuntu Last updated : Ubuntu This can be any network boot enabled machine, or a Virtual machine like VirtualBox. Setup: Connect the Ubuntu This is where thin clients will connect 1. Change your available network adaptor IP to a fixed entry. Most local network already use the You also need a separate network adaptor with internet access during the install process.
For example my setup has a router with a DHCP server running on Add the information for your network adaptor that you selected in 1c. We added eth0 with a static IP of Change the Network Manager config file to allow control of your network adaptor with fixed IP.
For some mysterious reason if you enter the IP manually in the interfaces file, Network Manager ignores them and you cannot use the Network Manager to control the adaptor any more. So we have to enable it. Install the LTSP server. In this case NOTE: only software installed in the Fat client image will be available to the client, and internet access for each client needs to be configured as the clients will not share the server network connection to the internet as is the case with the thin clients.
We will only install the standard Ubuntu Desktop system to run on the client side for now. We can install more software to the image later, this is to get a basic Fat client image built. Add the following to the file and save. Ubuntu During development work is might be easier to disable this feature and re-enable it when the setup of the client image is complete. Enable the compressing by adding the symbol, or delete the line completely Make sure the file now looks like this example below and save.
Configuration file for ltsp-update-image Do not compress the client image. Comment out the line below to enable again. Could take a while.
You should be able to boot a Thin Client via the network. You could also set up a Virtual Machine to act as a thin client for testing your server.
Getting Started with LTspice
Kazracage Once the host server has rebooted we should now be able to boot our thin client and be presented with the Ubuntu Thin Client logon screen as shown below:. Then, create the default configuration file for the clients with the command sudo ltsp-config lts. Save these settings and close the window. LTSP is a flexible, cost effective solution that is empowering schools, businesses, and organizations all over the world to easily install and deploy thin clients. The character masks a line out so it does not get executed: If you plan to use the tutlrial interface, you will require a graphics card that supports 3D acceleration on Ubuntu.
This tutorial will cover the basics of using LTspice IV, a free integrated circuit simulator. Linear Technology updates these packages so check the website for updates. I linked the executable because this is the version I will be using for the tutorial. One of our customers tested it out with Ubuntu. You can check out their forum post for more information. Once you open an instance of LTspice IV check out the video below to see how to get started navigating through the menu, setting your schematic and waveform preferences, adding a new schematic, placing parts and organizing your schematic and finally running a simple DC operating point on a voltage divider. The Simulator Directives are your Dot commands.
How to create a Ubuntu Last updated : Ubuntu This can be any network boot enabled machine, or a Virtual machine like VirtualBox. Setup: Connect the Ubuntu
Thin Clients with LTSP on Ubuntu Server 16.04 [Comprehensive Guide]
Installating and configuring LTSP5 using the chrootless method Introduction As the linux terminal server project ltsp has matured there are a number of options in its configuration to consider: chrootless or a separate chroot, all one subnet or a separate subnet for the clients, a local dns cache using dnsmasq or not, network block device nbd or network file system nfs or some of one with the other, 32 bit i or 64 bit amd In this howto the chrootless method is layed out in steps using the commandline and some steps are particular for one of the other options so that they could be skipped. The version of ltsp is labeled ltsp5 to distinguish it from the latest version ltsp19 which is in alpha at the time of writing. The chrootless model once known as ltsp-pnp is less flexible than having a separate chroot since the clients must run the same version of distribution and platform as the server. The upside is that the model is easier to maintain. In the event that all clients can run the 64bit version this is recommended. This howto has been created using amd