Large corporate or school networks will likely be different.) Unless you have an unusual network/router setup, yours will likely look similar. Another common starting number sequence is " 10.". (The " 192.168." start of the number is a very common sequence for home WiFi networks. The four-part number is the IP address assigned to your Pi by your router for WiFi access. If your Pi is connected to the WiFi network, a section of the output should look something like this: wlan0 Link encap:Ethernet HWaddr xx:yy:zz Log into your Pi and enter the following command on the command line: This is the recommended failsafe if you can't find it with the above options. You can also access the Pi by plugging in a keyboard and monitor. Follow the commands listed under Option D. If your Pi is connected to your local network (or directly to a computer) via an Ethernet cable, you can SSH into it to enter commands on the command line. (If your app shows both active and inactive, you can usually set a filter to show only active devices.) If you see the name in the list as an active device, your Pi is connected and is using the IP address indicated.Īn advanced option is nmap -p 22 192.168.0.* (or whatever your network prefix is). Note that some IP scanners will remember devices from a previous scan and show them even if they are not presently on the network (in this case, usually dimmed out). Look through the result for a device named "octopi" (or whatever name you have given your OctoPi setup). Log on to your WiFi network with the device on which you will be running the network scanner app, launch the app and tell it to scan the network. You can also find the Fing app for Android and iOS devices.) Fing is also a good free option (runs on Windows, macOS, Linux - and has a Pi version. I use the free Angry IP Scanner (works on Windows, macOS, and Linux - I have not tried running the Linux version on a Pi). There are a number of free apps you can download. If you see the name in the list as an active device, your Pi is connected and is using the IP address indicated. Look for a device named "octopi" in that list (if you have renamed your octopi hostname to something else, look for that name). Look for something that says DHCP, or LAN, or WLAN and see if it brings up a list of connected devices. You'll most likely need a username and password to log on to your router (get those from your ISP, if they will give that information out). The Router's IP address varies, but two commonly used setups are 192.168.1.1 and 192.168.0.1 (or you can find it in your computer's network information). In short, you access the page by entering the router's IP address in your web browser's address bar. The details of doing this are beyond what I'll go into here, since each router brand/model is different. If you have access to your router's set up page, there is usually an option to show all connected devices. Finding Your Pi's IP address Option A: Access your router's set-up/control page On Linux and Android devices, you will need to access by the IP address. On Windows you should be able to see your OctoPrint instance pop up in the Explorer under "Network > Other Devices". local in your web browser or when accessing via SSH (OctoPi's default is octopi.local). I apologise that your request has not been picked up - we have just had a long holiday weekend here in the UK so we haven’t been keeping an eye on the forums.įor anyone’s future reference we do have a email address that gets directly to me and our other support guys and will generally be a quicker way to contact us.Īs you can access your Bartok via the web interface using its IP address then the unit is connected to the network so it seems like the autodiscovery isn’t being handled correctly.You should be able to access your PI/OctoPrint from a device running macOS or iOS (iPhones, iPads) without the IP address by using.
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