Open Source C Git Software

Many Git client apps have some problems. It's too late to start up, falls well, is user registration tedious when downloading, is paid for commercial use, is not multi-platform, or is an animation or visual effect. It was said that the production was overkill and the wizard and the source code were not published. I tried to eliminate such inconvenience as much as possible. At first I started developing it for my own study, because I was interested in learning how to use Git and how it worked inside. Some of the best engineers of the time may think Git in GUI. That's a lot of it. When I want to execute a command that I rarely use, I sometimes force myself to do not rely on the GUI, open the terminal and hand enter the git command. If you find a feature that you find useful, you can incorporate it into this app. You can use it comfortably for daily use of Git operations, want to see the commit graphs cleanly, or just for such uses.

Tig is an ncurses-based text-mode interface for git. It functions mainly as a Git repository browser, but can also assist in staging changes for commit at chunk level and act as a pager for output from various Git commands. Tig allows you to browse changes in a Git repository and can additionally act as a pager for output of various Git commands. When used as a pager, it will display input from stdin and colorize it. When browsing repositories, Tig uses the underlying Git commands to present the user with various views, such as summarized commit log and showing the commit with the log message, diffstat, and the diff. If stdin is a pipe, any log or diff options will be ignored and the pager view will be opened loading data from stdin. The pager mode can be used for colorizing output from various Git commands. All Git command options specified on the command line will be passed to the given command and all will be shell quoted before they are passed to the shell.

libgit2 is a portable, pure C implementation of the Git core methods provided as a re-entrant linkable library with a solid API, allowing you to write native speed custom Git applications in any language which supports C bindings. Libgit2 is developed with CMake, and this is be the easiest way to build a binary from the source. The CMake build system provides lots of options to configure the libgit2 build for your particular needs. It’s highly recommended that you build libgit2 as a static library for Xcode projects to simplify distribution significantly. libgit2 is used for powering Git GUI clients, such as gmaster and GitKraken and on Git hosting providers such as GitLab, Azure, GitHub, DevOps, among others. By clicking "merge pull request", we perform the merge. It is licensed under the GPLv2 license, so you can link it in its unmodified state with any type of software without releasing its source code.

YaDT - Yet another Diff Tool. It is another front-end for diff and in earlier versions diff3 utility. With YaDT you can compare and merge 2 and/or 3 files. YaDT is written on Tcl/Tk and wrapped in a single executable file with the help of sdx and tclkit. diff and cvs utilities are embedded inside YaDT. Also, YaDT supports Git and Mercurial repositories, but git and hg are not embedded inside YaDT, you should have git/hg executable in your path environment.

Rugged is a library for accessing libgit2 in Ruby. It gives you the speed and portability of libgit2 with the beauty of the Ruby language. libgit2 is a pure C implementation of the Git core methods. It's designed to be fast and portable. For more information about libgit2, check out libgit2's website or browse the libgit2 organization on GitHub. You need to have CMake and pkg-config installed on your system to be able to build the included version of libgit2. Note that you only need libgit2-dev if you want to build with the system libgit2 rather than the vendored version. In this case, note that the major and minor versions of libgit2 and rugged must match. By default, Rugged builds and uses a bundled version of libgit2. Rugged gives you access to the many parts of a Git repository. You can read and write objects, walk a tree, access the staging area, and lots more. Let's look at each area individually.

Harjoitusprojekti Sourceforgen testaamiseen. Qt:n päälle rakennettu uudenlainen käyttöliittymäkirjasto.