? We at IIHT always believe in catering to the latest demands of IT industry. To match and exceed their expectations, we have .Net business application developer as an offering where we train you on the below technologies? OOP is a design philosophy. It stands for Object Oriented Programming. Object-Oriented Programming (OOP) uses a different set of programming languages than old procedural programming languages. Everything in OOP is grouped as self sustainable "objects". Hence, you gain reusability by means of four main object-oriented programming concepts.
? In order to clearly understand the object orientation model, let’s take your “hand” as an example. The “hand” is a class. Your body has two objects of the type "hand", named "left hand" and "right hand". Their main functions are controlled or managed by a set of electrical signals sent through your shoulders (through an interface). So the shoulder is an interface that your body uses to interact with your hands. The hand is a well-architected class. The hand is being reused to create the left hand and the right hand by slightly changing the properties of it.
? Software engineering is a field of engineering, for designing and writing programs for computers or other electronic devices. A software engineer, or programmer, writes software (or changes existing software) and compiles software using methods that make it better quality. Better quality software is easier to use, and the code is easier to understand, to maintain, and to add new features. Becoming a software engineer requires university level classes and practice writing code. Software engineering can be very difficult work. Software engineering is often done as part of a team.
? Testing is the process of finding all the possible defects or discovering a software product's deficiencies. It is also a process of executing a program with the intention of logging a defect against the software product.
? The primary benefit of testing is to make a workable software product better, to improve the quality of deliverables. It also provides a good indication of software reliability and reduces the risk of failures during deployment.
? This is a comprehensive overview of enterprise information management (EIM) concepts and practices, and their use in achieving business objectives. The purpose of this course is to take attendees with little to no background in EIM to a functional understanding of business objectives tied to ROI, project management, architecture, critical success factors, risk factors, design, process, and tools.