If you are a software developer, it is important to have a clear understanding of GIT. That’s because you will come across the need to use GIT on a daily basis. From this article, you can get a better picture of GIT and understand for what purposes you will be able to use it.
What is GIT?
GIT is the most popular version control system that you can find out there in the world. It is an actively maintained and mature open source project. The project was initiated back in the year 2005. It was evolved along with time and has now been able to become one of the most prominent applications. Linus Torvalds is the creator of GIT. He is also the creator of the Linux operating system.
A large number of software development projects from all around the world rely on GIT for version control. They include open source projects as well as commercial projects. Developers have been able to work along with GIT, while representing the massive pool of software that is available. On the other hand, developers prefer to work with the IDEs and operating systems that are available on GIT as well.
One of the most prominent features that you can find in GIT is the presence of a distributed architecture. It provides a Distributed Version Control System. Most of the people assume that GIT is a single centralized place that they will be able to use for complete version control. However, it is possible to get many other useful functionalities out of GIT as well. For example, it is possible to take a quick overview of the history that includes all the changes in GIT.
Apart from the distributed architecture, GIT is known for the outstanding security, performance and flexibility that it can provide as well.
Performance of GIT
GIT has the ability to deliver an excellent raw performance. The performance delivered by GIT is strong when compared to the other alternative options available. For example, merging new changes, branching, committing new changes and comparing with the previous versions is an easy thing to do while using GIT. There are numerous algorithms, which are implemented within GIT. These algorithms are in a position to deliver lots of knowledge about the common attributes that are linked with source code file trees. They specify how the versions are modified along with time. The pattern of modifications can also be analyzed in an effective manner.
You cannot compare GIT with a traditional version control software application available out there. That’s because GIT doesn’t just use the names of the files when determining a new version. It will deep dive into the source code and determine the versions. Therefore, you will be able to manage all your versions in an efficient manner while using GIT. The primary objective of the repository files offered by GIT is to deliver a combination of delta encoding, explicitly stores and compression objects.
Security of GIT
A large number of commercial projects are run on GIT. In fact, you don’t need to worry too much about running your project on GIT. That’s because GIT has the ability to deliver much needed security. GIT considers security as a top priority. Hence, you should never worry about the safety of the projects that you have on GIT. There is no possibility for the information available on GIT to leak outside.
There is an excellent relationship in between the directories and files that you can find inside GIT. On the other hand, there is a strong connection in between the commits, tags and versions as well. All the objects that you can find inside GIT repository are secured along with cryptographic hashtag algorithm. This algorithm is named as SHA1. It has the ability to deliver all the protection needed by the code. On the other hand, it can also change the history against malicious and accidental changes. As a result, it is possible to make sure that history is completely traceable under all the situations.
When you start using GIT, you will be able to make sure that you have access to authentic content history at all times. Therefore, you can receive all the support needed in managing the history of the source code. The other version control systems available out there are not in a position to deliver such enhanced security protection against the alternations that are completed at a later stage. This can create massive security issues. No organization is in a position to deal with such vulnerabilities when developing software. That’s why it is important to stick to GIT and get the work done accordingly. GIT will make sure that there is no possibility for any such vulnerability to take place.
Flexibility of GIT
GIT can provide the software developers with a high level of flexibility in version controlling as well. The flexibility of GIT relies upon several aspects. In fact, it can provide assistance in many non-linear development workflows. The efficiency of GIT can be found in both small scale projects as well as large scale projects in terms of compatibility. It is compatible with a variety of existing protocols and systems as well.
GIT tends to provide priority for tagging and branching. Therefore, the changes that you do will be managed in a flexible manner. No matter whether you want to merge or revert, all the support will be offered to you with that. On the other hand, the information is stored in GIT as a part of change history as well. The traditional version controlling systems available for you to consider are not in a position to deliver these benefits to you.
GIT is the best tool that is available for the software development teams to proceed with version controlling. Hence, you can make the decision to start using it. You will never regret about the experience that it can offer with version controlling in an effective manner.