![]() To get repetier-server to work best you should install it by using the repetier-server image. Klipper is a firmware that is split in 2 parts - the one on printer and one half on the pi that communicates with printer and repetier-server OR octoprint through /tmp/printer file (set in port). Octopi is a linux installation that has everything required to run octoprint set up the octoprint way. I even bought myself a 7" Pi screen.Īnybody out there got some installation advice? Unfortunately, after looking at the interface on my Mac (and the linked YouTube video) I am unlikely to want to give up on this project. I have reinstated Klipper / Octopi on the Pi's SD card and ready to have another crack, but I don't know where to start. Repetier and Klipper both need to be running (but not Octopi?) Someone on the Klipper Facebook page was helping me out and told me that I shouldn't have over-written the klipper install. Everything seemed to install correctly, but I couldn't get it to connect to the printer. So I downloaded Repetier Server and installed it on my Pi by over-writing my Octopi / Klipper installation. In part 1, he showed Octoprint, obviously using Klipper, but in this particular video, I can't tell if he's still using Klipper or gone back to Marlin. Got me VERY interested in Repetier Server but I can't find any instructions on how to carry out the installation. = CMake hints =Ĭmake "-DCMAKE_BUILD_TYPE:STRING=Debug". bjam toolset=darwin address-model=32_64 architecture=x86 Install boost library: sudo port install boost dev/serial/by-id/usb-FTDI_FT232R_USB_UART_A800f4AP-if00-port0Īt least if you always use the save ports/hub ports. Use instead the /dev(serial/by-id name like this for a device: The device name /dev/ttyUSBxx may change depending on the order the printer is enabled. Now your start script is active on next reboot. ![]() > sudo update-rc.d Repetier-Server defaults > sudo chmod 755 /etc/init.d/Repetier-Server linux/init_Repetier-Server_debian /etc/init.d/Repetier-Server languages/* /var/lib/Repetier-Server/languagesĬreate a start init script to run the server as daemon upon boot time. > sudo mkdir /var/lib/Repetier-Server /var/lib/Repetier-Server/configs /var/lib/Repetier-Server/www /var/lib/Repetier-Server/storage /var/lib/Repetier-Server/languagesĬopy the content of www and languages to the created directories linux/nf /etcĬreate a environment where the server can store it's data and printer configs. ![]() Edit the toplevel CMakeLists.txt and add the directories On other systems you might have troubleįinding the boost libraries. You now have the RepetierServer executable. If you are running this command on a pi it will take a while (up to 30 min).Īfter cmake finishes with succes your build system is ready. Inside the toplevel directory downloaded create a directory buildĬreate make system for default system compiler: Inside the Repetier-Server directory to update to newest sources. > git clone git:///repetier/Repetier-Server.git Get latest version from Github for the first time: Need to install gcc, make and other development tools. I assume a fresh Wheezy image on a raspberry pi. For makefile creation the platform independent CMake is used. It is tested under MacOS 10.8 / Raspberry PI / Windows VS 2008 but different OSes The server is written in C/C++ using the boost libraries for highest portability.
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