Apparently fmt.Sscanln doesn't parse bool's properly and this isn't
likely to be fixed by the Go team who regard sscanf as a mistake.
This only uses sscan for integers and uses the correct routine for
everything else.
This also implements parsing time.Duration
See: https://github.com/golang/go/issues/43306
The SFTP protocol (and the golang sftp package) internally uses uint32 unix
time for expressing mtime. Hence it is a waste of memory to store it as 24-byte
time.Time data structure in long-lived data structures. So despite that the
golang sftp package uses time.Time as external interface, we can re-encode the
value back to the original format and save memory.
Co-authored-by: Tomasz Melcer <tomasz@melcer.pl>
Previously, the code relied on calling `readMetaData()` after every file move operation.
This introduced an unnecessary API call and potentially impacted performance.
This change removes the redundant `readMetaData()` call, improving efficiency.
Fixes an issue where copied files could not be renamed when using the
`copyto` command. This occurred because the object ID was empty
before calling `readMetaData`. The fix preemptively calls `readMetaData`
to ensure an object ID is available before attempting the rename operation.
Ceph's Swift API emulation does not fully confirm to the API spec.
As a result, it sometimes returns fewer items in a container than
the requested limit, which according to the spec should means
that there are no more objects left in the container. (Note that
python-swiftclient always fetches unless the current page is empty.)
This commit adds a pair of new Swift backend settings to handle this.
Set `fetch_until_empty_page` to true to always fetch another
page of the container listing unless there are no items left.
Alternatively, set `partial_page_fetch_threshold` to an integer
percentage. In this case rclone will fetch a new page only when
the current page is within this percentage of the limit.
Swift API reference: https://docs.openstack.org/swift/latest/api/pagination.html
PR against ncw/swift with research and discussion: https://github.com/ncw/swift/pull/167Fixes#7924
Before this change a panic could be overwritten with the message
fatal error: sync: unlock of unlocked mutex
This was because we temporarily unlocked the mutex, but failed to lock
it again if there was a panic.
This is code is never the cause of an error but it masks the
underlying error by overwriting the panic cause.
See: https://forum.rclone.org/t/serve-webdav-is-crashing-fatal-error-sync-unlock-of-unlocked-mutex/46300
Similar to uploads implemented in commit ce5024bf33,
this change ensures most asynchronous file operations (copy, move, delete,
purge, and cleanup) complete before proceeding with subsequent actions.
This reduces the risk of data inconsistencies and improves overall reliability.
Hugo has been making this warning for a while
WARN found no layout file for "html" for kind "term": You should
create a template file which matches Hugo Layouts Lookup Rules for
this combination.
This turned out to be the addition of the `groups:` keyword to the
command frontmatter. Hugo is doing something with this keyword though
this isn't documented in the frontmatter documentation.
The fix was removing the `groups:` keyword from the frontmatter since
it was never used by hugo.
Hugo has been making this warning for a while
WARN found no layout file for "html" for kind "section": You should
create a template file which matches Hugo Layouts Lookup Rules for
this combination.
It turned out to be
- the arrangement of the oracle object storage docs and sub page
- the fact that a section template was missing
When getting an object by specifying a versionId in the request, if the
specified version is a delete marker, it returns 405 (Method Not Allowed),
instead of 404 (Not Found) which would be returned without a versionId. See
https://docs.aws.amazon.com/AmazonS3/latest/userguide/DeleteMarker.html
Before this change, we were only looking for 404 (and not 405) to determine
whether the object exists. This meant that in some circumstances (ex. when
Versioning is enabled for the bucket and we have a non-null X-Amz-Version-Id), we
deemed the object to exist when we should not have.
After this change, 405 (Method Not Allowed) is treated the same as 404 (Not
Found) for the purposes of headObject.
See https://forum.rclone.org/t/bisync-rename-failed-method-not-allowed/45723/13
QingStor support have disabled the integration test account with this message
尊敬的用户您好：依据监管部门相关内容安全合规要求，QingStor即日起限制对
个人客户提供对象存储服务，您的对象存储服务将被系统置于禁用状态，如需继
续使用QingsStor对象存储服务，您可以通过工单或者拨打400热线申请开通，未
解封期间您的数据将不受影响，感谢您的谅解和支持。
Which google translate renders as
> Dear user: In accordance with the relevant content security
> compliance requirements of the regulatory authorities, QingStor will
> limit the provision of object storage services to individual
> customers from now on. Your object storage service will be disabled
> by the system. If you need to continue to use the QingsStor object
> storage service, you can apply for activation through a work order
> or by calling the 400 hotline. Your data will not be affected during
> the period of unblocking. Thank you for your understanding and
> support.
On backends which return a valid object for "" with NewObject then
touch was going wrong as it thought it was passed an object.
This should not happen normally but s3 can be configured with
--s3-no-head where it is happy to believe that all objects exist.
Previously this used `rclone test makefiles --seed 0` which sets a
random seed and every now and again we get this error
Failed to open file "$WORK\\src\\moru": open $WORK\src\moru: is a directory
Because a file with the same name was created as a file in the src and
a dir in the dst.
This fixes it by using determinstic seeds each time.
Before this change backends which supported more than one hash (eg
pcloud) or backends which wrapped backends supporting more than one
hash (combine) would fail the TestMultithreadCopy and
TestMultithreadCopyAbort with an error like
Failed to make new multi hasher: requested set 000001ff contains unknown hash types
This was caused by the tests limiting the globally available hashes to
the first hash supplied by the backend.
This was added in this commit
d5d28a7513 operations: fix overwrite of destination when multi-thread transfer fails
to overcome the tests taking >100s on the local backend because they
made every single hash that the local backend. It brought this time
down to 20s.
This commit fixes the problem and retains the CPU speedup by only
applying the fix from the original commit if the destination backend
is the local backend. This fixes the common case (testing on the local
backend). This does not fix the problem for a backend which wraps the
local backend (eg combine) but this is run only on the integration
test machine and not on all the CI.
