As a developer, I would need agility in my oracle ADF development and operations for the following three fundamental reasons:
When I perform ADF integrations, I would like them to run trouble-free for at least five years.
I want my development and operations teams to communicate efficiently in real time productivity.
The way to achieve agility is to adopt ADF or maybe better, to automate the ADF. There are many systems to attain automation of ADF, leading to agility. For example, Chef, Puppet, Jenkins, or more comprehensive systems which includes ADF that does a fantastic process.
There are five phases of a typical software program development life cycle:
In this article, I am sharing my experience of automating the above steps are help in specific tools. If you are planning to implement ADF integrations of Oracle Fusion Middleware in your business, read on to gain insights on how oracle automation will assist you start the ADF adventure inside the proper method.
If you’re already using of oracle ADF online training read on to get insights on how oracle automation reduces risks and transforms your business, bringing agility and consistency.
The numerous configurations, architecture designs, and different details of the design phase are often stored as tribal knowledge in the mind of the consultant. If the consultant were in the level of midway through the project and be replaced by new one who is not aware of the configurations used so far, the code would fail at installation due to inconsistent configuration settings. When it was trying to build my installation platform, I tried out a few modules that would help me automate the design and build my environments, to avoid situation like above
Code review is in the critical step on this phase. As we know, manual code review is a time-consuming and laborious process, a routine chore that resources avoided undertaking. Not only that, often, there’s no set standard for reviewing code, or the standards is not satisfied enforced by all reviewers, leading to inconsistent or ‘patchy’ code quality.
Once code development is performed, it should to ideally undergo testing, following the maxim of “Test early, check often”. I would have a bug caught , because then it can be modified with time to spare. Errors identified at later levels need more corrections. On the other hand, the frequent and multiple tests are needed to perform to catch all bugs can be time consuming. Moreover, the exact required test environment can be unavailable. So, what can we do?
I have seen that deploying Oracle Middle ware solution can be an errors-prone and resource-intensive process. We needs to define the artifacts meant for release, and configure the artifacts and the changes that need to be made to the Middle ware. I figured that, as within the other phases, deployment also can get a super-efficient with automation leading to an increase in continuous deployment rate.
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