|author||Mark Karpeles <firstname.lastname@example.org>||Fri Sep 30 23:00:20 2016 +0900|
|committer||Mark Karpeles <email@example.com>||Fri Sep 30 23:00:20 2016 +0900|
odb & refdb: make New*BackendFromC take unsafe.Pointer as argument allowing argument to be set from different package
Go bindings for libgit2. The
master branch follows the latest libgit2 release. The versioned branches indicate which libgit2 version they work against.
This project wraps the functionality provided by libgit2. If you‘re using a stable version, install it to your system via your system’s package manager and then install git2go as usual.
next which tracks an unstable version), we need to build libgit2 as well. In order to build it, you need
pkg-config and a C compiler. You will also need the development packages for OpenSSL and LibSSH2 installed if you want libgit2 to support HTTPS and SSH respectively.
master which tracks the latest release of libgit2, and versioned branches which indicate which version of libgit2 they work against. Install the development package on your system via your favourite package manager or from source and you can use a service like gopkg.in to use the appropriate version. For the libgit2 v0.22 case, you can use
to use a version of git2go which will work against libgit2 v0.22 and dynamically link to the library. You can use
to use the version which works against the latest release.
next branch follows libgit2's master branch, which means there is no stable API or ABI to link against. git2go can statically link against a vendored version of libgit2.
go get -d github.com/libgit2/git2go to download the code and go to your
$GOPATH/src/github.com/libgit2/git2go directory. From there, we need to build the C code and put it into the resulting go binary.
git checkout next git submodule update --init # get libgit2 make install
will compile libgit2. Run
go install so that it's statically linked to the git2go package.
libgit2 uses OpenSSL and LibSSH2 for performing encrypted network connections. For now, git2go asks libgit2 to set locking for OpenSSL. This makes HTTPS connections thread-safe, but it is fragile and will likely stop doing it soon. This may also make SSH connections thread-safe if your copy of libssh2 is linked against OpenSSL. Check libgit2's
THREADSAFE.md for more information.
For the stable version,
go test will work as usual. For the
next branch, similarly to installing, running the tests requires linking against the local libgit2 library, so the Makefile provides a wrapper
Alternatively, if you want to pass arguments to
go test, you can use the script that sets it all up
./script/with-static.sh go test -v
which will run the specified arguments with the correct environment variables.
M to the I to the T. See the LICENSE file if you've never seen a MIT license before.