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Software Integration Best Practices

 

An effective software integration process takes the shape of any other system integration process which usually follows a unique channel. To begin with, the process starts with the simultaneous pooling of the individual components. The second step entails the arrival of the engineers where they should arrive at the same time span in order to join the components together. Lastly, a test should take place for the new integrated system. The test ensures that the system is fully operational. The success of the integration process becomes successful due to the adoption of the best practices that are detailed in the text below.

 

Ideal Distinct Channel

The continuous integration model stands as one of the most viable distinct channels that the integration process should follow during its implementation. This channel results in an independent integration rhythm that does not rely on the team of its development. Such independence is important for a smooth operation and maintenance of the finished system.

 

Sub-systems

As the team progresses with the magentonetsuite integration from Celigo process, there should be an emphasis on sub-systems. The subsystems facilitate an independent improvement and check on the components. They also give the components an end-to-end capacity that evaluates their compatibility as per the system requirements.

 

The Team

The integration team requires engineers who are acquainted with the system operations. The team should have the knowledge about all constituents of the program including requirements definitions, operations and testing. Individual engineers are responsible for their respective subsystem's design and operation.

 

Skeleton

Before the engineers initiate the pooling of the components, they should first come up with a system structural architecture. The nest step entails employing an incremental process when filling the skeleton with components. It means that the skeleton directs the engineers on how to fix the components in their right place within the system.

 

Control of the Figuration

The engineers should have in place a configuration management process definition. This instrument offers guidance when the engineers start to develop the configurations for various hardware and software pieces. In other words, the configuration acts as a point of reference during the development of the configurations.

 

Component and Sub-system Specifications

These specifications follow a stipulated guideline that denotes the appropriate levels that the system requires. It is the application of this practice that defines the component checks. Additionally, the practice is necessary for defining the sub-system procedures verifications.

 

Integration Entry

The checking out of the integration entry forms the other important practice. This practice is applicable to the fabrication team, and it follows rules that have been written. The practice is necessary before the passage of the system for integration.

 

Other Practices

Integration process tracking at http://support.celigo.com/hc/en-us/articles/217438048-How-to-switch-between-Sandbox-and-Production-, continuous regression testing, and thread testing are the other best practices. The tracking addresses the end-to-end subsystems while the regression testing creates internal and external testing tools. Lastly, the thread test focuses on mission and stress during the check for the system's robustness.