![]() ![]() Follow the on-screen steps to install macOS. From macOS Utilities window, click Reinstall macOS, then click Continue. When prompted, type Yes (with a capital Y), then press Return.Ĭ) Once over, quit Terminal. In the Terminal window, type diskutil resetFusion, then press Return. ![]() Your Mac boots into macOS Recovery mode.ī) Go to Utilities > Terminal. Release them once the Apple logo or the spinning globe appears. Steps to Fuse Split Drives in macOS Big Sur or earlier till macOS Mojave:Ī) Restart your Mac, then press-hold Command + R keys. So, backup your Mac by using Time Machine before performing the fusion steps. Warning : You may suffer data loss during this troubleshooting process. When the fusion drive is split into two separate drives (HDD and SSD), you need to fuse the two drives into a single logical volume. Fuse the Split Drives into a Single Logical Volume In case you find two separate drives, then read the next troubleshooting method. Click the Storage tab.ī) If a drive labelled as Fusion Drive is present, then it is okay. To know the status of your fusion drive, perform the following steps:Ī) Go to Apple menu > About This Mac. And, in case of any data loss, use the Mac data recovery software downloaded earlier to recover lost, deleted, or inaccessible data from your fusion drive on Mac running on macOS Big Sur or earlier. Read on to learn various troubleshooting techniques to fix Apple fusion drive not visible issue on your Mac. And, when the SSD is inaccessible, your Mac won’t start.ĭon’t worry. So-when the SSD is perfect-your Mac boots up, but the hard drive may not be visible in Disk Utility or may not show up in Storage under System Information. Or, one of the two storage devices in the fusion drive may turn inaccessible due to file system corruption or drive failure. However, sometimes, the fusion drive won’t show up as a single entity in Finder and appear as two separate drives due to splitting. Plus, the seamless integration (fusion) of the two drives as a single logical volume lets you work on your Mac smoothly. You get the benefit of SSD that is quick in loading macOS and HDD that has several gigabytes of storage space. I do expect the same from the FUSE-T developers and the poosibility to not depend on a kernel module is worth the effort.IMac and Mac mini that uses a fusion drive technology that provides a better user experience within your means. The macFUSE developers worked on it and these problems are gone. ![]() But to be fair macFUSE had the same problem a couple of years ago. That might surprise after reporting how reading 30.000 files goes wrong in at least 21 cases. Nfs server localhost:/StickMasterCopy: alive againĪppeared, but all files checked correctly. Nfs server localhost:/StickMasterCopy: not responding Another test I made was with a copy of the vault on a USB-C memory stick. The vaults in the tests above were on the local filesystem of the MacBook Pro. The owner and group membership for files in the vault has been corrected in this version of FUSE-T. But checking two FUSE-T mounted vaults in parallel increased the time to 1h, up from less than 15 minutes with only one vault mounted. The times for checking macFUSE and FUSE-T mounted vaults are comparable. Next I switched back to macFUSE and checked the vault again. Also some random manual checks of reported files did prove the signatures correct. The 21 files from the first run were not reported on the second run. Another check immediately afterwards reported 45 files. ![]() This time 21 signatures were reported as not matching. Then I switched to FUSE-T 1.0.14, closed Cryptomator, opened it again and did the same check on the same vault again. Using macFUSE 4.4.2 I checked the integrity of my vault. Both methods read the full content of all files) and replicate the content of my master vault to the backup vaults.Ĭurrently my vault contains 30.000 files, half of them being signatures. Other scripts compare the content of two vaults, show the differences (two methods used, diff -recursive -brief and rsync -checksum. All files and directories I am talking about are understood as being in the unencrypted vault as presented by Cryptomator after opening the vault.Ĭreating, checking and updating signatures is manual and done with scripts. signatures in the top level of the vault’s directory tree. A GnuPG signature for each file in the vault is written to the directory. The Cryptomator vaults I use have a special structure. ![]()
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