Not a problem more a question. Is it possible to compare the contents of two encrypted remotes? Unencrypted data is the same but encrypted with two different sets of passwords. Need to see if there are differences. Trying to move from one remote to another and do a consistency check. I did find Cryptcheck but not sure if it will work with two encrypted remotes that are encrypted with different passwords. Too afraid to try.
Run the command 'rclone version' and share the full output of the command.
rclone v1.62.2
os/version: ubuntu 22.04 (64 bit)
os/kernel: 5.15.0-72-generic (aarch64)
os/type: linux
os/arch: arm64 (ARMv8 compatible)
go/version: go1.20.2
go/linking: static
go/tags: none
Which cloud storage system are you using? (eg Google Drive)
interesting question. I would compare remote1:crypt1 vs remote2:crypt2. Effectively decrypted content. Assuming both remotes provide the same hash it should be quick.
@Antergosgeek, i think the example below is the way to go for a consistency check,
where the source and dest are both crypt remotes, each with different set of passwords.
the example will download the decrypted contents of both the source and the dest and compare md5 hash
notice that the file to be checked is 1GiB in size and rclone check transferred double that amount at 2GiB
rclone lsl crypt01:
1073741824 2022-12-06 13:07:35.222000000 1GiB.file
rclone check crypt01: crypt02: --download -vv
DEBUG : rclone: Version "v1.62.2" starting with parameters ["C:\\data\\rclone\\rclone.exe" "check" "crypt01:" "crypt02:" "--download" "-vv"]
DEBUG : Creating backend with remote "crypt01:"
DEBUG : Creating backend with remote "remote:crypt01"
DEBUG : Creating backend with remote "crypt02:"
DEBUG : Creating backend with remote "remote:crypt02"
DEBUG : Encrypted drive 'crypt02:': Waiting for checks to finish
DEBUG : 1GiB.file: OK
NOTICE: Encrypted drive 'crypt02:': 0 differences found
NOTICE: Encrypted drive 'crypt02:': 1 matching files
INFO :
Transferred: 2 GiB / 2 GiB, 100%, 40.696 MiB/s, ETA 0s
Checks: 1 / 1, 100%
Transferred: 1 / 1, 100%
Elapsed time: 52.2s