Running with default set of checks, except disabling the following
- appendAssign: append result not assigned to the same slice (diagnostics check, many false positives)
- captLocal: using capitalized names for local variables (style check, too opinionated)
- commentFormatting: not having a space between `//` and comment text (style check, too opinionated)
- exitAfterDefer: log.Fatalln will exit, and `defer func(){...}(...)` will not run (diagnostics check, to be revisited)
- ifElseChain: rewrite if-else to switch statement (style check, many occurrences and a bit opinionated, to be revisited)
- singleCaseSwitch: should rewrite switch statement to if statement (style check, many occurrences and a bit opinionated, to be revisited)
The code currently hardcodes `text/srt` for all subtitles.
`text/srt` is wrong, it seems `application/x-subrip` is the official
extension coming from the official mime database, at least (and still
works with the Samsung TV I tested with). Also add that one to `fs/
mimetype.go`.
Compared to previous iterations of this PR, I dropped tests ensuring
certain mime types are present - as detection still seems to be fairly
platform-specific.
.idx and .sub subtitle files only work if both are present, but the code
was overwriting the first-inserted element to subtitlesByName, as it was
keyed by the basename without extension.
Make subtitlesByName point to a slice of nodes instead.
Apparently it seems pretty common for subtitles to be put in a
subdirectory called "Subs", rather than in the same directory as the
media file itself.
This covers that usecase, by checking the returned listing for a
directory called "Subs" to exist.
If it does, its child nodes are added to the list before they're being
passed to mediaWithResources, allowing these subtitles to be discovered
automatically.
Sometimes (particularly on macOS amd64) the serve s3 test fails with
TestIntegration/FsMkdir/FsPutError where it wasn't expecting to get an
object but it did.
This is likely caused by a race between the serve s3 goroutine
deleting the half uploaded file and the fstests code looking for it to
not exist.
This fix treats it like any other eventual consistency problem and
retries the check using the test framework.
This flag allows users to disable the reflink cloning feature and instead force
"deep" copies, for certain use cases where data redundancy is preferable. It is
functionally equivalent to using `--disable Copy` on local.
Before this change, macOS-specific metadata was not preserved by rclone, even for
local-to-local transfers (it does not use the "user." prefix, nor is Mac metadata
limited to xattrs.) Additionally, rclone did not take advantage of APFS's native
"cloning" functionality for fast and deduplicated transfers.
After this change, local (on macOS only) supports "server-side copy" similarly to
other remotes, and achieves this by using (when possible) macOS's native APFS
"cloning", which is the same underlying mechanism deployed when a user
duplicates a file via the Finder UI. This has several advantages over the
previous behavior:
- It is extremely fast (even large files can be cloned instantly)
- It is very efficient in terms of storage, as it automatically deduplicates when
possible (i.e. so that having two identical files does not consume more storage
than having just one.) (The concept is similar to a "hard link", but subsequent
modifications will not affect the original file.)
- It preserves Mac-specific metadata to the maximum degree, including not only
xattrs but also metadata not easily settable by other methods, including Finder
and Spotlight params.
When server-side "clone" is not available (for example, on non-APFS volumes), it
falls back to server-side "copy" (still preserving metadata but using more disk
storage.) It is only used when both remotes are local (and not wrapped by other
remotes, such as crypt.) The behavior of local on non-mac systems is unchanged.
This adds an additional flag --unix-socket, and if supplied connects
to the unix socket given.
rclone rcd --rc-addr unix:///tmp/my.socket
rclone rc --unix-socket /tmp/my.socket core/stats
This adds a new optional parameter to the backend, to specify a path
to a unix domain socket to connect to, instead the specified URL.
The URL itself is still used for the rest of the HTTP client, allowing
host and subpath to stay intact.
This allows using rclone with the webdav backend to connect to a WebDAV
server provided at a Unix Domain socket:
rclone serve webdav --addr unix:///tmp/my.socket remote:path
rclone --webdav-unix-socket /tmp/my.socket --webdav-url http://localhost lsf :webdav:
