Cloud CRM solutions have been very much in vogue as they help to develop, test and deploy IT solutions at incredible speed. However, if the governance mechanism and sufficient control are not focused on development, as well as, deployment processes, these technological advantages would be affecting the solution quality, as well as, the sustainability in highly regulated industrial sectors.
Continuous Integration: Most Recommended Approach to Development
In order to support a number of developers who are working across several environments on diverse features and fixes, it is best to adopt automated and continuous integration system for simplifying deployments and promoting transparency.
Continuous Integration (CI) is actually a development practice which necessitates developers to integrate code right into the shared repository multiple times every day. Each check-in is supposed to be verified then by the automated build, letting teams detect issues early. The key concept behind CI is building and integrating the software frequently. This could be really as frequent as each and every code check-in.
Batched integration is pretty common. Here the software would be integrated after successions of code check-ins, for instance, when a feature has been completed. Salesforce opts for GitHub integration. Salesforce Git is implemented by developers, either via in-house repositories or through online repository hosts like Bitbucket, Github etc. The key issue or challenge in executing specific Salesforce GitHub for Salesforce development would actually be linking the two. Salesforce Surveys are for collecting feedback and data from your users or customers by using a simple editor.
Advantages of Continuous Integration
Earliest Detection of Issues
One of the actual driving forces behind continuous integration is the detection of issues with the software earliest possible. If you are only building and integrating your software before testing, then you would be at an increased risk of your software failing for not building it effectively with adequate frequency. As the development team goes about adding novel features to the code and fixing bugs the code base seems to be very much in a state of constant flux.
If you do not employ a continuous integration server for constantly building your software, you would then have absolutely no clue about the health and well-being of your software. Do not forget that any modifications to the software could result in destabilization. If you are unaware of this destabilization, you would not be in a position to get it fixed. CI is known for flagging these kinds of issues during the early stages of the development cycle, where it is far easier to fix these issues.
Software Builds Would Be Separate from the Software Deployments
There is absolutely no necessity to couple builds and deployments and thanks to CI you are successful decoupling these two distinctive processes. The deployment and build within the purview of the CI server are supposed to be independent and completely isolated activities with absolutely no inherent dependence on each other.
Allows Continuous Deployments
Continuous deployment is supposed to be very closely interlinked with Continuous Integration and it actually refers to the software release into a live environment, which has effectively run some unit tests related to the build process. Simply speaking, Continuous Deployment refers to the act or practice of releasing each and every good build. By implementing Continuous Deployment along with Continuous Integration, it is possible now to mitigate risks thanks to the early detection of bugs and identification of build issues early.
Allows Automated Testing
If you are thinking of employing automated testing then, you should consider CI as an enabling technology. As mentioned earlier, along with building, as well as, integrating the software, the CI servers are effective in executing unit tests. The advantages of doing this are actually self-explanatory. Running unit tests frequently against the code base should be providing rapid notifications regarding any breakages especially, in the unmodified sections of the code.
Boosts Confidence and Promotes Reliance on the Software
By constantly building the software and also, executing the unit tests, you would be boosting confidence in the software assuming it to be of high quality. It does not imply that the software would be meeting the specific requirements of the business, but at least, it promises to be of adequate quality and that it would be good enough to be pushed into the UAT environment.
Author Bio: Mike Kaan is a database admin and Salesforce admin at an IT firm. He has worked extensively on the Salesforce platform, Salesforce Git, and Salesforce Github, and also runs a blog about the platform, its hidden features and much more.