![]() ![]() ![]() In this tuto, SDL2 is configured to not use libPulseAudio: So, I first tried to install everything based on this tuto.īut building SDL2 library cause some problems.įirst, the build is normally based on SDL2-2.0.5.tar.gz (wget ).īut make install create a /usr/local/lib/libSDL2-2.0.so.0.4.1 library. Leave a comment down below if you have a problem and someone here or in the community should be able to help.I have to develop a SDL2 application on RaspberryPi. You should now have your Raspberry Pi setup to auto mount an NTFS formatted USB Hard Drive every time it reboots. Once we are rebooted, log in to the raspberry pi and check you USB Hard Drive has mounted by going to that folder.Īnd then we can check what’s in the folder by listing it’s contentsĪnd that’s it ladies and gentlemen. ![]() If you see your device in the list, then we are safe to do a reboot of the Raspberry Pi. If no errors come up, then we can check that the device is mounted correctly To do that, we need to try and mount the partition from the FSTAB file. With the file now saved, we need to check that there’s no errors in the file before we reboot. Pass - 0 - This means we don't want to do a file system check everytime Options - auto,exec,rw,user,dmask=002,fmask=113,uid=1000,gid=1000 - Long Story short, this gives all the permissionsĭump - 0 - This means we don't want to create a dump It could be HFS+ for Apple, EXT4 for Linux of FAT32 for DOS Type - ntfs - This is the format the hard drive is in. Mount point - /mnt/usbhdd - This is the folder we created for mounting the USB Hard Drive PARTUUID=770bcbdc-01 /mnt/usbhdd ntfs auto,exec,rw,user,dmask=002,fmask=113,uid=1000,gid=1000 0 0īroken down a little, here’s what that all meansįile system - PARTUUID=770bcbdc-01 - This is the partition id for in my case /dev/sda1 Once you are done, press Control X then Y then ENTER to save the file. This is the code you need to put into the file. This opens the FSTAB so we can edit it with the auto mounting information. So the following string needs to be inserted on a new line under the exisiting ones, replacing the following with your details. Here we need to add the information we have gathered so far and before we reboot, we are going to test that it worked so we don’t cause the raspberry pi to fail at boot up. We need to take note of both the uid and the gid numbers.įSTAB is our next step. It will probably be uid=1000 and gid=1000. With our Partition ID, we can now add some information to the FSTAB so our drive will automatically boot each time, but first we want to figure out the ID of our current logged in user. My particular one was 770bcbdc-01 and that’s what you would need to write down. ![]() You should see a section called PARTUUID=”000xxxxx-00″ on the device line. It has happened to me before and caused my whole Raspberry Pi to fail at boot up so this step is important. This will let us mount the USB Hard Drive even if the device changes from sda1 to say sdb1. Now we know our device partition, we need to get what is know as the Partition ID. Mine shows 1.8T as the biggest partion so I know that sda1 is the one that I want. This could be sda2, sda1 or even sdb2 so look at the size and whichever is bigger should be the correct one. To do this, we need to check out fdisk and see which partition is the one we want to mount. Now that we have the folder ready, we need to figure out what the hard drive partition is that we want to mount. To keep it organised, we will create this in the directory mnt and we will call the folder usbhdd to keep it simple. Next we need to create a directory on the Raspberry Pi that will act as the mount point for the USB Hard Drive. Once that’s done, we will do a quick reboot to make sure everything sticks in place. In this guide, I’ll be using Raspbian Stretch Lite through the command line interface, but you could do this via the terminal in Raspbian Stretch desktop as well.įrom the Command Line, we need to first make sure Raspbian is completely up to date and install the neccesary package to make NTFS work which is called NTFS-3G. Auto mounting an NTFS USB Hard Drive on a Raspberry Pi isn’t that difficult when you know how. ![]()
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