In this post, we are going to be discussing Totally Science GitLab. We are going to look at what this platform is, what it can be used for, and how you can use it should the need arise.
Totally Science GitLab – like other applications of Git – is basically a platform that can be used by developers to store, manage, and share code. It can be thought of as a collaborative platform –like Canva is used for graphic design or Google Docs for document creation – where developers can get together and work on the same project. However, while we are giving examples of other tools like that, Totally Science GitLab is actually way more complex.
Let’s take a look into it in detail.
What is Totally Science GitLab?
To understand what TS GitLab is (we’re shortening it for better readability), we first have to understand what Git and GitLab are. Understanding these two is necessary to get a proper idea.
· What is Git?
Git is essentially a VCS (version control system) that is used by developers when they have collectively worked on code. Version control systems can be understood as software in which different versions of a document or a file are recorded, i.e., as changes are made to it. The purpose of this is to allow the users to roll back to any version they want if the need arises.
With Git, multiple users or developers can work on the same code file and make changes to it while keeping track of the changes. The changes are all supervised and integrated into the main code when deemed suitable.
There are many different Git repositories that are used by developers nowadays. One of them is GitLab. Another popular name is GitHub.
· What is GitLab?
GitLab is a Git repository that provides the basic function i.e., collaboration and sharing of code. However, along with that, it also provides a number of different features as well, such as issue tracking, wikis, and CI/CD (continuous integration and delivery).
· What is Totally Science GitLab?
Totally Science GitLab is a special version of GitLab that is specifically tailored towards scientists who want to share and work together on code. It has some extra features that do not exist in the normal version of GitLab. The purpose of these features is to make code sharing and collaboration easier for scientific research purposes. (We will discuss them in detail in the features section in a bit.)
To help you give a clearer image of Totally Science GitLab, here is a small table that shows the main differences between it and the normal GitLab.
What is the difference between normal GitLab and Totally Science GitLab?
| Features | GitLab | Totally Science GitLab |
| Can be self-hosted or cloud-based | Yes | Yes |
| Provides support for scientific data formats | In a limited way | Yes |
| Can be integrated with scientific computing software | In a limited way | Yes |
| Comes with collaboration tools for teams of scientists | Yes | Yes, but it also has specific features for scientific research |
What are the features of Totally Science GitLab?
For the most part, Totally Science GitLab has the same features as normal GitLab. But, since the former is made specifically for scientific purposes, there are some additional features that it also offers.
1. Code sharing and collaboration
This is one of the basic and elementary features of this platform that we’ve discussed in the definition as well.
With Totally Science GitLab, you are able to share and work on code collectively with other developers and programmers. It is a shared space that supports code editing with all of its intricacies.
Thanks to this collaboration support, you don’t have to send code files to others nor do you have to take any other types of long-drawn steps. You can simply add a person to the project and work on the code in the same time as they are.
2. CI/CD (Continuous Integration/Delivery)
Continuous integration and delivery is also a feature that you can enjoy with Totally Science GitLab.
- CI (Continuous Integration)
CI is a very helpful feature when it comes to collaborating on code. With this feature, all the changes that the different team members make are continuously integrated into the code. In other words, when a developer makes a change into the code, the code automatically runs so that those specific changes can be tested.
All the additions and alterations in the code are tested instantly. This helps all the team members to stay on top of any errors or bugs that may pop up.
- CD (Continuous Delivery)
Continuous delivery is also an excellent feature. When you’re working on a code, CD ensures that the code can be tested and finalized at any time. In other words, the code can be prepped for release whenever you need it and whichever version it may happen to be in.
3. Issue tracking
Issue tracking is a feature of Totally Science GitLab that allows developers to keep an eye on the bugs and problems that occur in their code. And along with keeping an eye on them, it also helps developers address those issues. Specific members of the project can be assigned to resolve the bugs/problems, and the changes can then be integrated into the main code for implementation.
Bugs and glitches in code can be very harmful. One bug can stop or corrupt the working of an entire script of code. Whenever such a problem is spotted in the code, Totally Science GitLab helps developers take care of it.
4. Specific support for scientific work
Now let’s take a look at some of the features that Totally Science GitLab provides totally for scientific purposes.
- First of all, it offers support for data formats such as HDF5 and NetCDF. These formats are used for academic/scientific purposes. Since TS GitLab is tailored for this type of use, it offers this special support.
- It also offers integration options for programming platforms like MATLAB and Python. This integration can be helpful for scientists when working on code together.
How do you use Totally Science GitLab?
Using Totally Science GitLab is very easy and simple. The process can be split up into three easy steps.
- First of all, you have to sign in to your account. If you don’t have an account, you can create one easily by navigating to the official site and using the sign-up options.
- Then, you have to create a project. You can adjust the specifics as per your needs and requirements.
- Once the project is created, you have to invite other developers and programmers so that they can access the code and work on it along with you.
Conclusion
That brings this post on Totally Science GitLab to a close. We have discussed what this platform is and how it can be used. There are many features that it offers, such as CI/CD, issue tracking, and the like. We have discussed those at length as well.
Hopefully, this post will be helpful the next time you need to collectively work on some code for scientific purposes.
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