* git-lfs: The url provided to initremote/enableremote will now be
stored in the git-annex branch, allowing enableremote to be used without
an url. initremote --sameas can be used to add additional urls.
* git-lfs: When there's a git remote with an url that's known to be
used for git-lfs, automatically enable the special remote.
Reasons to do this include:
1. I've gotten pretty used to git-annex's own progress display, which is
used for all transfers over ssh (except to old git-annex-shell),
and for most special remote transfers. It's getting to seem weird to see
the rsync progress display instead.
2. When -J was used, the rsync output could not be shown, and so there was
no progress display. Now there will be.
Progress will also be displayed now when cp CoW is used. But I'd expect a CoW
copy to typically run so fast that the progress display will barely be
noticable.
This commit was sponsored by Peter on Patreon.
This makes it be the same as in the linux runshell.
It may be that bundle/ used to have all the necessary binaries in it,
but that seems unlikely. I think that the breakage fixed by my previous
commit masked this other breakage, and anything git execs from git-core
(as opposed to being buitin) has never worked in the OSX dmg.
So that binaries in that directory can find the library next to them,
where they get modified to look.
This is a hack; it would be better for OSXMkLibs to build a list of what
libraries are needed where.
Unsure if this is needed due to a recent reversion, or is an older
problem, so updated changelog accordingly.
Putting the binaries in bundle/git-core/bin didn't work on OSX,
linker can't find the libraries next to those binaries where it expects to.
So instead put the binaries in the progDir.
See the comment for a trace of the deadlock.
Added a new StartStage. New worker threads begin in the StartStage.
Once a thread is ready to do work, it moves away from the StartStage,
and no thread will ever transition back to it.
A thread that blocks waiting on another thread that is processing
the same key will block while in the StartStage. That other thread
will never switch back to the StartStage, and so the deadlock is avoided.
