![]() ![]() Enabling this extension will provide the parent repository credentials to each of the submodule repositories. Submodule updates do not use credentials by default. Use credentials from the default remote of the parent project. ![]() Use credentials from default remote of parent repository Retrieve the tip of the configured branch in. Update tracking submodules to tip of branch Without this option, submodules which contain other submodules will ignore the contained submodules. Specify a timeout (in minutes) for clone and fetch operations.ĭeselect this to perform a clone without tags, saving time and disk space when you want to access only what is specified by the refspec, without considering any repository tags. Timeout (in minutes) for clone and fetch operations This option will be ignored if the folder is not available on the agent. Specify a folder containing a repository that will be used by git as a reference during clone operations. Path of the reference repo to use during clone ![]() Git will only download depth commits from the remote repository, saving time and disk space. Set shallow clone depth to the specified number of commits. This can save time and disk space when you just want to access the latest version of a repository. Git will not download the complete history of the project. Perform a shallow clone by requesting a limited number of commits from the tip of the requested branch(es). If this is not enabled, then the plugin default refspec includes all remote branches. This can save time, data transfer and disk space when you only need to access the references specified by the refspec. The user story might read thus:įeature: Keep track of file changes in a folderĪfter running through the previous user story, you can baseline the changes using the following commands.Perform initial clone using the refspec defined for the repository. This allows us to continue to track new changes to the files from this point onwards. Ok, so now we know that these files have been added, and we want to baseline these changes. If you look at the git ls-files documentation, you will see what each code means. This satisfies the then portion of the user story, since the out shows the files we created as new files. # Create some new files, and some new files in a folderĪfter this, if you run the command above to find changes, you will see the following output: $ git ls-files. I opened a command shell into that folder, and then I did the following: My goal, of course, was that I did not want git to track the objects.įor setup of my test cases, I first created a top-level folder, and copied the two images into it. I used images since I wanted binary files, and I wanted data of some heft that could be easily noticed in. I started with two random images, which I named 1.jpg and 2.jpg. ![]() And for files, there would be a special case for files in the root directory, and files in a sub-directory. However, for files, it the acronym might more accurately be CUMD (create/ update/ move (or rename)/ delete). The operations that I needed to worry about would normally fall into the CRUD (create/ read/ update/ delete) category. To explore, I first set myself to write user stories that would clarify exactly what I was experimenting with. I was not interested in the actual diffs. This would double the size of storage that I needed, where I just needed some bookkeeping on the metadata for these files. In effect, I would have the files in my working tree, as well as copies in the git cache. However, git keeps track of objects, and in my case these could be pretty sizable. I could simply use git, and solve my problems. My disclaimer if you look at the code is that I am still teaching myself Python, and have not reached the heights of Pythonic Zen.Īs I was writing this code, I was struck by how much of what I needed was already done by a standard source control system such as git. My attempt at this program is sualeh/diff-name-only. This way, I could save off the old "index", and compare it with a new index using a standard diff tool. My first thought is that I would write a Python program to scan the folders, and print MD5 checksums of each file in a readable way. I wanted a good way to keep track of these changes. As I work with these files, I add to them, sometimes modify them to edit a photo, or add to notes, and move or rename them in various ways to reorganize. These could be photos, financial information, and so on. I keep a number of personal files on my computer, organized in folders. ![]()
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