- #How to share mac internet connection with pi via usb install#
- #How to share mac internet connection with pi via usb windows#
This automatic RasPi host name availability will prove invaluable as we complete the rest of the steps in this guide to get on the network through a crossover cable.
#How to share mac internet connection with pi via usb windows#
No more remembering RasPi IP addresses or hardcoding it in the Windows hosts file only to find that the IP address of your RasPi has changed. Yes! Your Windows machine should respond back with successful ping replies. (Subsitute raspberrypi with the host name of your RasPi obtained above.) C:/> ping raspberrypi Next, jump over to your Windows machine and enter the following command from the prompt. The default host name is raspberrypi, but this can be changed using the graphical Raspberry Pi Configuration as described in my Beginner’s Guide. The “-y” option will automatically answer yes to the default questions which is what we want in this context.Īfter the installation is complete, get the name of your RasPi host name by typing the following command from the terminal: $ hostname
#How to share mac internet connection with pi via usb install#
I’m including the instructions for installing Samba again here for your convenience:įirst, launch the terminal as shown in the following Raspbian screenshot:įrom the terminal $ prompt, enter the following command: $ sudo apt install -y samba If you followed the steps in my Beginner’s Guide to Installing Node.js on a Raspberry Pi, you will not need to complete this step. This is a huge benefit if you’ve ever tried to get along without it! You will thus not need to remember or try to guess the IP address of your RasPi when it is connected in our special crossover configuration. By virtue of installing Samba-even if you are not planning to do file sharing with Windows machines-you get the benefit of having your RasPi broadcast its hostname and become discoverable to the Windows machines on your network. Most people think of installing Samba when they want to create Windows file shares on the RasPi. Samba is an implementation of the SMB networking protocol and it allows Linux machines (including the RasPi) to inter-operate with Windows machines and look like another Windows machine on the network. The main secret behind this super easy method of connecting your RasPi to the Internet through a crossover cable involves a program called Samba. Ethernet port on Windows machine: If your Windows machine does not already have an Ethernet port, you can buy a USB to RJ45 Ethernet Network Adapter such as this one on Amazon.Note: these are my Amazon affiliate links. The RasPi also supports Auto MDI-X so we should be good to go! If you don’t already have an Ethernet cable, you can get one from Amazon. In today’s world, you should be able to use a standard Ethernet cable rather than a special crossover cable since most modern machines support automatic crossover detection-a feature called Auto MDI-X. Back in the days of yore, this required a special Ethernet “crossover cable” to crossover the transmit and receive signals in the cable in order to achieve a working connection. Ethernet (RJ-45) cable: We will be establishing a direct connection between the Ethernet port on our RasPi and the Ethernet port on our Windows machine.This guide assumes you are seeking to get your Raspberry Pi connected on the Internet through a Windows machine when you are away from your home network. Surely there must be a better way that requires minimal fuss? Absolutely! Let’s get started! Introduction I have read a lot of guides on the Internet, but they involve way too many steps. I’m going to show you how you can get your Raspberry Pi on the network when you are not connected to your home network using an Ethernet crossover cable. How about you? You might also have a similar need if you are seeking to get your Raspberry Pi on the Internet at a hotel, university, or other venue such as a conference. Finally, I need this to be easy and foolproof so I’m not sweating on stage and trying to tweak Raspbian network configuration settings in order to establish network connectivity. Additionally, I need my Raspberry Pi and my laptop to reside on the same network so I can easily connect and share files back and forth. I also want to be able to get my Raspberry Pi system on the Internet. While on the road, I want to be able to connect my laptop to the Wi-Fi hotspot on my phone rather than utilizing the wireless network at the conference location which might be fraught with both security and reliability issues. On the road, I will not have this luxury whether it is at a hotel or when speaking at the conference. While at home, I enjoy the luxury of being the owner of my network which provides complete freedom in network configuration. I’m preparing for an upcoming speaking engagement around the topic of using Node.js and the Raspberry Pi for IoT applications.
0 kommentar(er)
