Work began on Leafpad in 2004 with the publishing of version 0.5.x on GitHub. Leafpad was created by Tarot Osuji, who remains its only author and maintainer. Leafpad is released under the GNU General Public License (GPL) version 2. The program has been forked into Mousepad and l3afpad, and parts of Leafpad's code have been used in other text editors. Leafpad is the default text editor for the LXDE lightweight desktop environment, and thus Leafpad is found on Linux distributions that use LXDE as their desktop environment such as Bodhi Linux and Raspberry Pi OS, as well as on some embedded systems. Leafpad has a small install size compared to other graphical text editors and has minimal features such as codeset options, undo/redo, and the ability to choose fonts. Created with the focus of being a lightweight text editor with minimal dependencies, it is designed to be simple-to-use and easy-to-compile. Leafpad is a free and open-source graphical text editor for Linux, BSD, and Maemo that is similar to the Microsoft Windows program Notepad. If you have any issues connecting, make sure you have set the system locality to your region.English, Basque, Belarusian, Brazilian Portuguese, Bulgarian, Catalan, Chinese (simplified), Chinese (traditional), Croatian, Czech, Danish, Dutch, Esperanto, Finnish, French, Galician, German, Greek, Hebrew, Hungarian, Indonesian, Irish, Italian, Japanese, Kirghiz, Korean, Latvian, Lithuanian, Norwegian, Ossetian, Polish, Portuguese, Russian, Serbian, Slovak, Slovenian, Spanish, Swedish, Thai, Turkish, Ukrainian, Vietnamese However if you see any dhcp failures during bootup, then run the following command: Make sure you can reboot the raspberry pi and connect to the network automatically, sometimes it take a few seconds. If you received any ping responses, Congratulations you are Done!.You should see an IPv4 address like the screenshots below: If no errors shown in the last step, run the following commands to get network information.Now bring the network interfaces back online:.After a little while the output will hang, check the output for the “authentication successful”.wpa_supplicant -i wlan0 -c /etc/wpa_supplicant/wpa_nf.If successful, you will see a message “Authentication Succeeded” somewhere in the output. Optional: Run the following command to test the settings you entered above.Double check to make sure everything looks correct.Make sure to enclose your username and password with double quotes as shown. If you are a affiliated with UCSC, use your cruzid and blue password. Then, enter the following lines of text exactly as it appears below, for exception of the last 2 lines.First open /etc/wpa_supplicant/wpa_nf using a text editor: Now, we can edit the wpa_supplicant file to enter the exact configuration parameters to connect to eduroam.The Previous step tells the Linux system how to connect to the network, in this case is directing it to use the configuration settings in wpa_supplicant (not configured yet) for interface wlan0 (default WiFi interface).Next, add the following text to the interfaces file:.Use a text editor on the Raspberry Pi to open the /etc/network/interfaces file. Now that the network interfaces and processes are disabled, we can modify configuration files.Then, kill any processes associated with wpa_supplicant :.Log in to your Raspberry Pi and elevate to superuser mode:.This procedure has been tested on Raspbian Stretch Lite version April 2019.Īfter you have imaged and loaded the linux system to the Raspberry Pi do: It is strongly recommended that you secure your device with a strong username and password. Note that you will need to save your username (cruzid) and password (blue password) in clear text in a configuration file. This guide will show you to how to connect a Raspberry Pi to the UCSC eduroam WiFi.
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