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In this repository I'm going to add the Java test of previous years applying correctly the learned methodologies and git flow. This repository is for the business I'm going to apply to have a reference of wich one is my actual level in Java programming language.
This is a Java exercise made expressly to understand the DIP Principle from the SOLID Principles. It has an exercise with an easy level and it's not too complex with the intention to practice and know how apply and work correctly with the Dependency Inversion Principle.
If you're interested about the Observer pattern and you want to know about the GOF patterns this is the ideal project for you. This kata has been made to practice the Liskov Substitution Principle and to know which process apply to create a program based on a UML diagram that follows the Observer pattern.
Volunteer kata for the Christmas Holidays. Introduction to the OOP programming paradigm. You have to follow a DDD process and the interpretation of an UML diagram that finally will make a transition to the OOP paradigm followed by a TDD process.
This Java Kata has been made with the intention to practice with the code structure of the dictionaries. Anyone that ever has been interested with the block-chain and the crypto coins will like this kata because is a bit themed around all this. How you can tell the name EnZilium has been made from the name of the Ethereum.
Volunteer kata for the Christmas Holidays. Introduction to the OOP programming paradigm. You have to follow a DDD process and the interpretation of an UML diagram that finally will make a transition to the OOP paradigm followed by a TDD process.
Volunteer kata for the Christmas Holidays. Introduction to the OOP programming paradigm. You have to follow a DDD process and the interpretation of an UML diagram that finally will make a transition to the OOP paradigm followed by a TDD process.
Java coding test. Developing a software following the OOP programming and applying correctly the TDD process. Implementation of SOLID Principles and elaboration of a program from an UML diagram and following the user stories. Base of all concepts that we have learned since we started the Superior Degree in software Development.
The simple and well known "To-Do list" API. Interesting features include: Code First approach, TDD, integration tests, DI, defensive programming and the use of an in memory database. You can easily test this API by using this: https://github.com/aloatias/TodoList.Front
This is a Java exercise made expressly to understand the SIP Principle from the SOLID Principles. It has an exercise with an easy level and it's not too complex with the intention to practice and know how apply and work correctly with the Segregation Interface Principle.
Use safe refs to hold references to Unity components that may be destroyed. An instance of SafeRef<MyComponent>.value will be null if the component or it's GameObject has been destroyed.