To flush system buffers before removing the SD/adaptor. Note: use of device: /dev/sdc, not the first partition on the device: /dev/sdc1. Just in case it is mounted and copy the image to the SD card (takes a while) $ dd bs=4M if=-wheezy-raspbian.img of=/dev/sdcĢ962227200 bytes (3.0 GB) copied, 601.61 s, 4.9 MB/s Shows a /dev/sdc1 partition, for me, and a 4GB SD card (but check really carefully you get the right device + the SD card is about to be imaged and all its original contents lost!) $ umount /dev/sdc1 Find the device that is your SD card $ fdisk -l Plug your SD/adaptor into the Linux computer (best to reformat the SD card first). Note: commands shown ( $ command) in this section are for the Linux computer.ĭownload Raspbian «wheezy» -wheezy-raspbian.zip to, for example, a Linux computer directory /scratch (the zip is 577 MB download and the extracted image, for the SD card, is 2.75 GB). Pi & bashĭownload, copy to SD memory and customise the Raspbian «wheezy» image. Some of the window captures below may not exactly match what you now see with the latest Raspbian «wheezy» image. A Linux computer is also needed, but it does not have to be on the 192.168.0.0 network. Note: for this method the network (192.168.0.0) has connected: a Windows computer, raspberrypi (will be set to 192.168.0.6) and an internet gateway machine/firewall/router (192.168.0.5). You need the Pi, not yet powered-up, connected to your network plus an SD card + USB adaptor the latter just for interfacing the SD card to the Linux computer if it has no SD card slot. The method uses a Linux computer for setting the Raspbian image on the SD card (Raspbian changes shown here could just be deferred on a headed Pi). This is just a convenient method to make some simple file changes (that I use) with only a network cable and micro USB power connected to the Pi. The method described is headless (AKA crustless: the Pi needs no keyboard, mouse or TV/monitor connected to perform it) but it's not compulsory to be so :). I definitely have the permissions aks mentioned correct, my other X applications respond just fine.This is detailed recipe (with bad puns!) for getting a Raspberry Pi displaying, out-of-the-box, via PuTTY and Xming on Windows. Is there something different with how gnome-terminal is implemented with respect to X11? I looked at the atoms of other X11 applications and gnome-terminal, and while I'm not an X11 expert by any stretch what I see in xterm or eclipse are several atoms that describe information about the window, WM_CLIENT_MACHINE, WM_COMMAND, WM_ICON_NAME etc, however for gnome-terminal I get one thing, NET_WM_USER_TIME. I tried another experiment where I tried to get the window properties and dump them with XGetWindowProperty. Xauthority are fine, I'm able to connect to that particular display and perform metrics on user behavior on other X11 applications including xterm. Just trying to get keypress events from gnome-terminal are non-existant, whereas firefox, xterm, eclipse, when I parse the XEvents, I don't see Keypress events in the stream of XEvents coming from the display for gnome-terminal, I see them just fine. I've tried a few things so far and I'm wondering if there isn't some issue we don't understand with gnome-terminal. Much like everyone else, I'm having a similar issue with gnome-terminal on CentOS 7 (it seems to work fine on gnome-terminal in centOS 6.5 and 5.6). I have written an application that catalogs user input from from various X applications to perform statistical analysis on how user's use applications (Human Computer Interactions Research).
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