| Commit message (Collapse) | Author | Age |
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Constructors and configuration make sense in separate modules.
A separate Git.Types is needed to avoid cycles.
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The last branch ref that the index was updated to is stored in
.git/annex/index.lck, and the index only updated when the current
branch ref differs.
(The .lck file should later be used for locking too.)
Some more optimization is still needed, since there is some redundancy in
calls to git show-ref.
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In git, a Ref can be a Sha, or a Branch, or a Tag. I added type aliases for
those. Note that this does not prevent mixing up of eg, refs and branches
at the type level. Since git really doesn't care, except rare cases like
git update-ref, or git tag -d, that seems ok for now.
There's also a tree-ish, but let's just use Ref for it. A given Sha or Ref
may or may not be a tree-ish, depending on the object type, so there seems
no point in trying to represent it at the type level.
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Many functions took the repo as their first parameter. Changing it
consistently to be the last parameter allows doing some useful things with
currying, that reduce boilerplate.
In particular, g <- gitRepo is almost never needed now, instead
use inRepo to run an IO action in the repo, and fromRepo to get
a value from the repo.
This also provides more opportunities to use monadic and applicative
combinators.
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only write index once
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no code changes
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Did all sources except Remotes/* and Command/*
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Also, moved commit function into Git proper, it's not union merge specific.
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It was always imported qualified as Git anyway
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git is slow when the index file is large and has to be rewritten each time
a file is changed. To speed this up, added a journal where changes are
recorded before being fed into the index file and committed to the
git-annex branch. The entire journal can be fed into git with just 2
commands, and only one write of the index file.
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This is needed for robust handling of the git-annex branch. Since changes
are staged to its index as git-annex runs, and committed at the end,
it's possible that git-annex is interrupted, and leaves a dirty index.
When it next runs, it needs to be able to merge the git-annex branch
as necessary, without losing the existing changes in the index.
Note that this assumes that the git-annex branch is only modified by
git-annex. Any changes to it will be lost when git-annex updates the
branch. I don't see a good, inexpensive way to find changes in
the git-annex branch that arn't in the index, and union merging the
git-annex branch into the index every time would likewise be expensive.
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Refactored some code that it needs into GitRepo.
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Not just refs/heads/* branches.
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Avoided the slow git add, instead inject content directly into git and
populate the index all in one pass. Now this runs on my large real-world
repo in 10 seconds, which is acceptable.
Also lots of code cleanups.
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This is a new git subcommand, that does a generic union merge operation
between two refs, storing the result in a branch. It operates efficiently
without touching the working tree. It does need to write out a temporary
index file, and may need to write out some other temp files as well.
This could be useful for anything that stores data in a branch,
and needs to merge changes into that branch without actually checking the
branch out. Since conflict handling can't be done without a working copy,
the merge type is always a union merge, which is fine for data stored in
log format (as git-annex does), or in non-conflicting files
(as pristine-tar does).
This probably belongs in git proper, but it will live in git-annex for now.
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Plan is to move .git-annex/ to a git-annex branch, and use git-union-merge
to handle merging changes when pulling from remotes.
Some preliminary benchmarking using real .git-annex/ data indicates
that it's quite fast, except for the "git add" call, which is as slow
as "git add" tends to be with a big index.
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Joey Hess