We know the importance of teamwork during the product development phase, which includes different ideations, implementation approaches, and experiences. When all these various ideas are compressed into one suite of development best practices, it becomes a lot easier to develop a high-quality software product that contains the best maintenance support, providing a better user experience. However, teamwork also brings some downsides like clashes of working approaches, decision making, timings, and many others. Thus, it is important to resolve such conflicts of interest, and that’s where team leaders come in. Project leaders should always know about the implementation phase and achieve reliable development by finding errors before consumers do. A project leader also lines up all team members in real time, so everyone has an idea about the current processes. Even if any development problem occurs, developers can use Git Branching or Continuous delivery concept to address such.

How Do Branch Based Workflows of Git Help to Deliver Powerful Continuous Delivery?

It’s not like Git’s branch-based workflows are the only way to achieve powerful Continuous delivery as there are many others as well. However, branching is still the best option for this because it allows developers to solve bugs with permissions to try new technology stacks, and implement new features from the initial stage. During merging the separated line of codes into the one source code, the traditional version control system, such as “Subversion”, isn’t efficient at version tracking of files deployed on separated branches. The reason is simple, it requires directions for each merging step and has to stop for the same means a lot of human interaction and effort. This code freezing activity consumes lots of time and turns out to be very expensive compared to the latest tools. On the contrary, Git is surprisingly better at tracking version of files, which are resided on different branches and contains information about the creators and dependencies of files.

Git contains a built-in GPS file tracking system - an efficient option for version tracking operations effortlessly. Git lets developers explore the power of branching through the approaches that even a Subversion tool is incapable of doing. It makes branching a more feasible and advantageous option for achieving super-powered continuous delivery of workflows.

Branches Lead to Better Decision Making and Execution:

With branches, developers can create short-span branches or isolated ones for particular work without overriding and disturbing any other live or stable ones. In simple terms, it enables various operations in real-time automatically without even affecting live branches and releases the newly built features as decided. This automation of implementation and testing makes developers confident about their code, decisions, and time when changes are combined with the main workflow.

Branches Allow to Accept Collaboration Requests Coming multiple sources:

Git’s branches and facility to fork repositories allow team leaders to involve outsiders, including stakeholders, partner company developers, and many others, to contribute their expertise in the product development process. Also, the project manager's responsibility to review the code before merging it with the source code is necessary and remains the same.

Correct Branching Leads to Project Transparency (in terms of Tracking):

Creating a development branch for each bug issue leads to better clarity. It prepares modules (single or in particular) to implement into the main production line or a suite for the release. In urgency, the branching approach frees developers from backing up all other unprepared bug fixes. Instead enables them to release one single bug fix into the main production code. This shipping approach adds a positive essence to the continuous delivery lifecycle. i.e., JIRA.

How do the Combinations of Git & Continuous Delivery Workflow Operates?

Create Branches for All the Issues:

While creating a branch for a particular issue in JIRA, Bitbucket, Bamboo, or any other tool, make sure the issue key is included in the branch’s name for a better hand-picking experience.

Make Changes in the Branches as Required:

All branches in Git are kept separated from each other like an encrypted capsule. So, make the change as necessary, be regardless and adopt new solution approaches.

Align Branches for Continuous Integration:

Choosing & Running tests across the features of the applications like decisions absolutely depend on the developers’ team. Also, choosing the automatic and manual testing program to push on to the branch-related decisions is on the developers. However, developers should ensure that the testing queue is not blocked unnecessarily.

Keep the Development Branch Up to Date with the Latest Trends:

Developers can upgrade development branches using rebase or branch-commit commands. During that, they have to make sure they only upgrade branches that haven't been shared with any other external developers. The reason behind this precaution is to save branches from further integration conflicts.

Before Merging Branches Create a Pull Request:

Creating a pull request refers to the completion of the project implementation. It ensures that there are no more all integration-related conflicts present, and finally, all branch tests have been passed successfully.

Merge Branches and Deploy as Decided:

Many developers believe in using the continuous deployment model. That means it will set the code release after the code integration and testing process. On the contrary, many developers prefer to take shipment-related decisions by themselves by checking each merge and test result.

Final Words:

Branching workflows make continuous delivery super-powered, and simplify its all-delivery operations, whereas Git smoothens the branch handling operations. Keep reading our cutting-edge solutions-related blogs to know more about our services and knowledge bases. CloudStakes Technology Pvt. Ltd. is always there to help, whether it is about automating cloud computing processes, making software intelligent & cognitive, or anything regarding the latest technological advancements.