Java Modularity Mastercourse in Enterprise Software Design
.MP4 | Video: 1280x720, 30 fps(r) | Audio: AAC, 44100 Hz, 2ch | 1.86 GB
Duration: 5 hours | Genre: eLearning | Language: English

Modularity Patterns, Techniques, Principles, Tenets And Java 9 Modularity, Supported By Interactive Tester Tool.

design and develop highly modular, flexible, and reusable software solutions

Modularity Patterns, Techniques, Principles, Tenets And Java 9 Modularity, Supported By Interactive Tester Tool.
What you'll learn
design and develop highly modular, flexible, and reusable software solutions
employ broad range of modularity patterns, techniques and principles when designing complex enterprise systems
make architectonic decisions that make software solutions easier to maintain, easier to scale, and cheaper in the long term
implement modules using the Java 9 modularity feature
Requirements
object oriented programming and design
basic GoF design patterns
experience with programming of a moderately complex software system
Description
Learn how to break down a complex monolithic system into multiple modules gaining a highly reusable, extensible and easily maintainable software solution. This course will provide you with a deep insight into advanced software design topics, such as modularity tenets, techniques, principles and most importantly modularity patterns.
Employing modularity, you will also avoid tremendous complexity of a microservice technology stack while keeping your solution highly flexible, reusable, addressing major Agile manifesto principles: parallel work, extensible software, isolation from changes, swift estimation of ramifications.
Using modularity, you will be able to better communicate functional requirements and software design to software developers, business people and customers in very complex systems.
All the presented modularity patterns, tenets, techniques and principles are technology agnostic meaning that you can easily apply them to any of your Maven, OSGi, Java 9+ projects!!!
The topic of modularity is difficult and known only in close circles among software architects. This course, however, has tamed the complexity. The material is presented on many real-world and easy-to-understand examples. It is also supplemented by many exercises, on which you can practice your skills. Moreover, we provide you with our Interactive Tester tool that is able to validate your design solutions automatically.
Who this course is for:
software developers
software architects
IT analysts
product owners
project managers

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