No need to report hours, minutes, and even seconds when the
ETA is several years, e.g. "292y24w3d23h47m16s". Now only
reports the 3 most significant units, sacrificing precision,
e.g. "292y24w3d", "24w3d23h", "3d23h47m", "23h47m16s".
Fixes#6381
Integer overflow would lead to ETA such as "-255y7w4h11m22s966ms",
as reported in #6381. Now the value will be clipped at the maximum
"292y24w3d23h47m16s", and it will be shown as infinity.
Explicitly set ARM version in GOARM build variable, to avoid relying
on some default value which differs when compiling natively and when
cross-compiling, and which is also incorrectly documented as being
6 when in reality it is 5.
Fix incorrect labelling of ARMv5 builds as ARMv6, and change
architecture of .rpm and .deb packages containing them to
match.
Add ARMv6 builds, to complement existing ARMv5 and ARMv7, and to
reduce disruption due to previous ARMv5 builds incorrectly being
identified as ARMv6, and to provide .rpm and .deb packages with the
same ARMv6 architectures as was previously also published
(then containing ARMv5 binaries).
See #6528
Background info:
https://github.com/golang/go/wiki/GoArmhttps://go.dev/doc/install/source#environment661e931dd1/src/cmd/dist/build.go (L140-L144)661e931dd1/src/cmd/dist/util.go (L392-L422)
* Updates OAuth consent screen instructions to include adding scopes for backup purposes (create, edit and delete files).
* Updates instructions to keep app in testing mode (appropriate for most users). The previous instructions suggested this, but we don't need to "publish" the app at all in order to proceed with this step.
This commits ports a fast C-implementation from https://github.com/namazso/QuickXorHash
It uses new crypto/subtle code from go1.20 to avoid the use of unsafe.
Typical speedups are about 25x when using go1.20
goos: linux
goarch: amd64
cpu: Intel(R) Celeron(R) N5105 @ 2.00GHz
QuickXorHash-Before 2.49ms 422MB/s ±11% 100.00%
QuickXorHash-Subtle 87.9µs 11932MB/s ± 5% +2730.83% + 42.17%
Co-Author: @namazso
This commit documents my learnings after having encountered a failure
I reported in the rclone forum[0].
I may be a fool for having failed to understand the previous
documentation, but I am likely not the only fool to get snared by it.
This commit therefore adds details to clarify what the user must do in
order to allow `--check-access` to succeed.
While at it, I've also added some basic documentation for `--check-filename`.
[0]: https://forum.rclone.org/t/bisync-check-file-check-failed/35682
Uploading 100 files of each 1 MB took 20 seconds before. With above fix it takes around 2 seconds now.
10x time improvement in line with pacer's sleep reduction from 100ms to 10ms
Before this change when uploading files bigger than 1TiB, the chunk
calculator would work out that the chunk size needed to be bigger than
the default 100 MiB to fit within the 10,000 parts limit.
However the uploader was still using the memory pool for the old chunk
size and this caused errors like
panic: runtime error: slice bounds out of range [:122683392] with capacity 100663296
The fix for this is to make a temporary pool with the larger chunk
size and use it during the upload of the large file.
See: https://forum.rclone.org/t/rclone-cannot-complete-upload-to-b2-restarts-upload-frequently/35617/
Since version 3 of fuse libfuse no longer does anything when given the
nonempty option and it's default is to allow mounting over non empty
directories like normal mount does.
Some versions of libfuse give an error when using `--allow-non-empty`
which is annoying for the user.
We now do this check ourselves so we no longer need to pass the option
to libfuse.
Fixes#3562
Before this change we were sending webdav requests to the go http
FileServer. In go1.20 these (rightly) started returning errors which
caused the tests to fail.
The test has been changed to properly mock up an About query and
response so an end to end test of adding headers is possible.
