I see that when I call "git apply --3way ..." on an index which was
previously created
by JGit and which contains smudged entries the command fails with
message "error: foo.txt:
does not match index". If I do a "git status" afterwards and then the
same "git apply --3way ..." it
succeeds. Looks like
Ok, I know understand the problems which are solved by this
special behaviour of a "initial checkout". And also important I understand
when exactly I should do a "initial checkout" - when the index file does
not exist. I'll share my new knowledge with JGit :-)
I am trying to teach JGit [1] to behave like native git regarding some
corner cases during "git checkout". I am reading the "git read-tree"
documentation and I am not sure about the case [2]. Git should behave
differently during a normal checkout than when you are doing a
"initial checkout". I can
What is not clear to me is how we can make use of the servers initial
response in
order control which credential helper to call and how to transport the
credentials.
Imagine we try to clone over http. The initial request sent to the server
may not contain a "Authorization: ..." header and the serv
Can I use native git as client to contact a git server which does
authentication with OAuth2 Client Credentials Grant [1]?
Background: We are running gerrit based git servers [2] in a cloud
environment. That environment supports OAuth2 authorization for the
apps running in the cloud. The idea is t
If I do a "git-rebase -i ..." followed by "git reflog expire ..." and
"git gc ..." then I can end up with a repo which has a ref ORIG_HEAD
which points to a non-existing object.
- Is this intended?
- What's the reason to keep a ref which points to a non-existing object?
- Are there any other refs
Hi,
git doesn't want to do a git reset hard when for a certain path the index
contains a tree, worktree contains a file and the commit to reset to
contains nothing. Is it a bug or is it intended? I would expect git to
simply delete that path from index and worktree.
> git init
Initialized empty G
id = 2b230fa0f3d19b497d3dd24e835691e3a921657f
[checksum]
checksum = True
sha1 = 124680d4dec4758ee1ae28f546659d282952ebff
Ciao
Chris
Ciao
Chris
On Wed, Jan 21, 2015 at 9:39 PM, Junio C Hamano wrote:
> Christian Halstrick writes:
>
>> Is it allowed that the git index contains a tree extension mentioning
Is it allowed that the git index contains a tree extension mentioning
patch 'x/y/z' while the only entry in the index is a '.gitattributes'
files in the root?
I have such a repo in a bug report against JGit [1]. Native git has no
problems with this repo but JGit can't read such an index. I am
wond
>>> On Fri, Nov 07, 2014 at 04:31:08PM +0100, Christian Halstrick wrote:
>>>
>>>> In a repo where no remote..fetch config parameter is set what
>>>> should a "git fetch" do? My experiments let me think it's
>>>> "HEAD:FETC
Hi,
In a repo where no remote..fetch config parameter is set what
should a "git fetch" do? My experiments let me think it's
"HEAD:FETCH_HEAD". Right?
I came to this question after finding out that when I clone repos in
bare mode then they don't have and explicit remote..fetch in
their config. But
I also like the feature of being able to fetch commits by SHA-1. My
problem is that it is not clear to end users whether they can fetch
SHA-1 from a specific server or not. For exactly the same server a
"git fetch origin " first doesn't work and all of the
sudden that command works and updates e.g.
I always though during fetch I have to specify a refspec and that a
sha1 would not be accepted as a ref. Firing some like 'git fetch
origin ' should be forbidden. But in fact I see that such a
fetch command succeeds if you already have that object in your local
repo.
My question: is it allowed to
> They don't. The conflicts are preserved into the virtual ancestor. The
> user only sees the final conflicts during merging of A and B with
> virtual X3 as the common ancestor.
Ah, now I understand. When I merge X1 and X2 into the virtual X3
I should not stop if this is not doable without conflic
Imagine git does a recursive merge between A and B and finds multiple
common ancestors X1,X2 for these commits.
- Does git try to create an implicit/temporary common ancestor X3 by
merging X1 and X2?
- How should workingtree, index (stage1,2,3) look like if during that
merge of common ancestors a c
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