Page de démarrage de Mozilla Firefox. How to Configure Your Raspberry Pi for Remote Shell, Desktop, and File Transfer. So you have a Raspberry Pi and you would like to maximize its tiny footprint by turning into a totally stand alone box—no monitor, keyboard, or other input peripherals. Read on as we show you how to set up remote shell, desktop, and file transfer access on your Pi.
Why Do I Want to Do This? The Pi, even clad in a sturdy case, is a tiny computer. It’s perfect for tucking somewhere out of sight without a gaggle of wires sticking off of it—for many projects you simply don’t need a permanent monitor and peripheral accompaniment. That doesn’t mean, however, that you won’t need to connect to the box to make changes, update things, transfer files, and so on. What Do I Need? If you’re brand new to working with the Raspberry Pi, we strongly suggest checking out The HTG Guide to Getting Started with Raspberry Pi to get a handle on the basics of the device and get up to speed.
For this tutorial you will need the following things: Setting Up and Connecting to the SSH Server sudo raspi-config #! Sudo reboot. Creating a LAMP server (web server - Linux Apache Mysql PHP) on the Raspberry Pi - Linux tutorial from PenguinTutor. This provides details of how to configure a Raspberry Pi as a webserver. This is similar to the guide to using Xubuntu as a LAMP webserver, but adds some of the things that need to be handled differently for the Raspberry Pi. It is termed a LAMP server which is one of the most common configuration for webservers which standard for: Linux – operating system Apache – webserver (http) software Mysql – database server PHP or Perl – programming languages This setup is probably overkill for most uses of the Raspberry Pi, but it is the setup that most users will be familiar with and is a good way to learn about setting up a webserver.
I’ll be looking at setting up a lightweight setup in future. All this configuration is done at the command line. Why use the Pi? Avoiding the geeking answer of “because I can” I think there are some good reasons for doing this. Learn Linux The main aim of this site is to teach Linux skills. Debian Linux Security passwd and follow the prompts for changing the password. How to Turn a Raspberry Pi into a Low-Power Network Storage Device. Mix together one Raspberry Pi and a sprinkle of cheap external hard drives and you have the recipe for an ultra-low-power and always-on network storage device. Read on as we show you how to set up your own Pi-based NAS.
Why Do I Want to Do This? The benefit of having an always-on network storage device is that it’s extremely convenient to have your data (or backup destination) always accessible to the computers both inside and outside your network. The downside, in most instances, is that you’re consuming a fair amount of power for the convenience. Our office server, for example, runs 24/7 and consumes almost $200 worth of power a year.
We’ll be the first to grant you that a full fledged server is going to have more storage space and the capability to do more work (such as transcoding a multi-terabyte video collection in a reasonable span of time). What Do I Need? In addition to the gear you’ll need from the Getting Started with Raspberry Pi tutorial, you’ll only the following hardware: or. Turn your Raspberry Pi into a wireless access point | The MagPi. This article explains how to convert your Raspberry Pi into a wireless access point using a simple WiFi USB dongle. You will need - A Raspberry Pi model B (of course!) - An SD Card for your Raspberry Pi: I used a 4GB for this but whatever you have should be good - A USB WiFi Dongle: I used a ZyXEL Communications Corp.
ZyAIR G-202 802.11bg Setting up your SD card First install Raspbian from the Raspberry Pi site at the URL below: www.raspberrypi.org/downloads Install the image to your SD card as explained here: www.raspberrypi.org/wp-content/uploads/2012/04/quick-start-guide-v2_1.pdf Logging into your Raspberry Pi Log in to your Raspberry Pi – I setup mine via SSH but no reason why you can’t do it via a keyboard and screen if you have it connected that way.
If you’re using SSH then you’ll need to locate your Raspberry Pi’s IP address on your LAN using (on Linux systems, at least): $ sudo nmap -sP 192.168.0.0/24 Nmap scan report for UNKNOWN (192.168.0.54)Host is up (0.65s latency) . $ iw list #!