What is the automation of the assembly?

Building automation is a technique used during the software development life cycle where the software source code is documented to the computer machine language code using the automation script. This assembly process has become a common practice with the development of complex software paradigms. Since the software has evolved from structured programming from top to bottom on object -oriented distributed modules, automation of the assembly has become a critical dependence in managing these components.

There are several steps for comprehensive software applications in the development of development. First, the software code is developed, tested and integrated into a separate development environment. Once the code is completed by the developer, it is integrated into a shared environment where it must interact with other software components that can be created by other developers. Before the code is integrated into a shared environment, several preventive steps should be carried out to ensure the new development code does not have a VLIV on the code of other developers in the Software Development Team.

Usually, the assembly automation is completed using a scripting language that developers allows you to connect additional modules and processes in the compilation process. This scripting language encapsulates the manual tasks necessary to generate a quality software product. These tasks include documentation, testing, compilation and distribution of binary software code.

Building automation is known as the best procedure for generating software code because it provides the ability to ensure better quality software. The main reason for this improvement is automation of code testing. By enforcing the test scripts before integrating the code modules in a compiled code, the software project will probably have fewer errors during the deployment cycle.

as an automation of an advanced assembly, also have scripting languages ​​used by developmentSoftware to compile source code. During the first years of automation of the assembly, many tasks have been completed by specialized assembly experts who operated scripts from the command line of the operating system. Today, these scripting languages ​​are built into the most integrated packages of the development environment (IDE).

Another key advantage of compiling automation is the ability to monitor the impact on the code based on historical compilations. The task within the assembly script involves generating the version number for code. This version allows developers and testers to a reference point where a new error has been introduced into the production environment.

Building automation made it easier to compile software compilation in software development teams. This process increases productivity and ensures a high -quality software product by allowing repeatedly applicable scripts for all softwakompilations.