![]() ![]() That way it shouldn't be adding any features it doesn't know about. I'd suggest that you build the file system again, but this time use mkfs.ext4 on the router itself. You can read/write on ext2, ext3 and ext4 partitions. I'm using ext4 without any problems as well. Free : Follow the instruction on the Github page of fuse-ext2. ![]() To unmount the disk : sudo umount /Volumes/raspberry Like Orges and Onions - in Linux, drives have layers, and if done correctly, everything works. Now you can read/copy the ext4 partition files from/to your Mac! Go to fdisk (or parted), list the partitions, blow them away, and start with a new Linux partition - one can use GPT or MBR there, but create a new linux partition, and then do the mkfs.ext4 as needed to create something of a volume. Mount the SD Card sudo ext4fuse /dev/disk2s2 /Volumes/raspberry -o allow_other Create a mount point sudo mkdir /Volumes/raspberryĥ. Install osxfuse and ext4fuse : brew install -cask osxfuseĢ. Open your terminal and install Homebrew (skip this step if you already have Homebrew installed): /usr/bin/ruby -e "$(curl -fsSL )" In order to read this particular filesystem, FUSE for Mac OS ( osxfuse) and ext4fuse ( read-only) need to be installed. ![]() The SD card contains a Raspbian image which has two partitions : The first one is a FAT16 (boot partition) and the second one is an ext4, which contains the Raspbian OS.Įxt4 journaling file system is unfortunately not readable on macOS by default. Transferring large files through your local network can take a lot of time comparing to directly mount the micro SD card on your Mac. ![]()
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