![]() ![]() Object-oriented methods help developers analyze and understand a system while working on architecture diagrams, but the Achilles’ heel of analysis and design methods has been the transition to code. The benefits of high-level modeling and analysis are significantly enhanced if code can be generated automatically from a model such that the correspondence between the model and code is precisely understood. Since visual modeling is getting more and more popular, the automatic generation of the program code on the basis of high-level models is an important issue. The MotivationĪrchitecture diagrams have a model-system gap that exists primarily due to the different levels of abstraction. Furthermore, the advantages of high-level modeling and analysis are significantly enhanced if the code can be generated automatically from a model such that the correspondence between the model and code is precisely understood. However, automatic code generation has gained a lot of attention in software engineering because it comes with a handful of benefits including reuse, being less error-prone than writing code manually, maintainability, and accuracy. It was started because there was the necessity to decrease development efforts, create and use analysis and design models at each stage of the software development process and automate code generation from the models. The best known MDE initiative is the model-driven architecture (MDA) which was proposed by the object-oriented group (OMG) in 2001 as a new software development paradigm (Summerville,2009) that uses a subset of UML diagrams such as class diagrams, sequence diagrams and state diagrams. Model-driven engineering ( MDE) was introduced as an engineering approach that uses models directly as primary artifacts throughout the software development life cycle (SDLC) for architecture diagrams rather than using source code. UML diagrams are used to diagrammatically model and specify the static structure as well as the dynamic behavior of object-oriented systems and the software tools, then go ahead and automatically produce code from the given diagrams. Once you have completed this online training, you will be confident with using Visual Paradigm to design IT software system and collaborate with other team members comfortably.The emergence of the unified modeling language (UML) as the de-facto standard for modeling software systems in architecture diagrams has encouraged the development of automated software tools that facilitate automatic code generation. This is very helpful because you might come across with it every day. Last but not least, the training teaches important Visual Paradigm features, like Teamwork with VPository, import project, export images and managing glossary as well. ![]() In addition, this course also covers basic introduction to BPMN, UML and UeXceler (Agile requirements capturing approach). After gaining a better knowledge about Visual Paradigm, you can then jump into learning ways to draw different types of diagrams. Firstly, you will start by an overview of Visual Paradigm, different editions and licensing, installation methods as well as its user interface. The lectures cover wide range of contents. We are sure you can master different skills with ease and will have learned most key features in Visual Paradigm after attending the lectures. All lectures embraces clear voice-over as well as demonstrations to walk you through different tools with you step by step. There are altogether 27 lectures throughout the training with more than 5-hour quality videos with user-friendly contents. Visual Paradigm Essential is an introductory course that is tailor-made for software development teams who want to design and build high quality software with Visual Paradigm.
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