Difference between revisions of "React Framework and Galois Connections"

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Overview of Galois connections and their mathematical properties
Overview of Galois connections and their mathematical properties
Formal definition and examples of Galois connections
Formal definition and examples of [[Galois connections]]
Galois connections in functional programming and type theory
Galois connections in [[functional programming]] and [[type theory]]


=Module 2: React Hooks Fundamentals=
=Module 2: React Hooks Fundamentals=
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Introduction to React Hooks and their benefits
Introduction to React Hooks and their benefits
Using state and effect hooks in functional components
Using state and effect hooks in functional components
Building a simple Todo List application with Hooks
Building a simple [[Todo List application]] with [[Hooks]]


=Module 3: Galois Connections in React Hooks=
=Module 3: Galois Connections in React Hooks=


=Using Galois connections to abstract state and logic in React Hooks=
Using Galois connections to abstract state and logic in [[React Hooks]]
Implementing custom hooks using Galois connections
Implementing custom hooks using Galois connections
Building a more advanced Todo List application with Galois connections
Building a more advanced Todo List application with Galois connections
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=Module 4: REPL and Debugging in React=
=Module 4: REPL and Debugging in React=


Setting up a development environment with Create React App and REPL
Setting up a development environment with Create React App and [[REPL]]
Debugging React applications using browser dev tools and REPL
Debugging React applications using browser dev tools and REPL
Using REPL to test and experiment with custom hooks
Using REPL to test and experiment with custom hooks


=Module 5: Advanced Topics in Galois Connections and React Hook
=Module 5: Advanced Topics in Galois Connections and React Hook=


Implementing advanced features in the Todo List application
Implementing advanced features in the Todo List application
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Conclusion and next steps.
Conclusion and next steps.
This outline emphasizes the use of Galois connections to abstract state and logic in React Hooks, while building a Todo List application as a practical example. The use of REPL is integrated throughout the course to help with debugging, testing and experimentation.
This outline emphasizes the use of Galois connections to abstract state and logic in React Hooks, while building a Todo List application as a practical example. The use of REPL is integrated throughout the course to help with debugging, testing and experimentation.
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Latest revision as of 13:33, 26 January 2023

Module 1: Introduction to Galois Connections

Overview of Galois connections and their mathematical properties Formal definition and examples of Galois connections Galois connections in functional programming and type theory

Module 2: React Hooks Fundamentals

Introduction to React Hooks and their benefits Using state and effect hooks in functional components Building a simple Todo List application with Hooks

Module 3: Galois Connections in React Hooks

Using Galois connections to abstract state and logic in React Hooks Implementing custom hooks using Galois connections Building a more advanced Todo List application with Galois connections

Module 4: REPL and Debugging in React

Setting up a development environment with Create React App and REPL Debugging React applications using browser dev tools and REPL Using REPL to test and experiment with custom hooks

Module 5: Advanced Topics in Galois Connections and React Hook

Implementing advanced features in the Todo List application Using Galois connections to build reusable and composable components Best practices and tips for continuing to learn and improve

Module 6: Project and Conclusion

Building a final project using the concepts learned in the course Best practices and tips for continuing to learn and improve Conclusion and next steps. This outline emphasizes the use of Galois connections to abstract state and logic in React Hooks, while building a Todo List application as a practical example. The use of REPL is integrated throughout the course to help with debugging, testing and experimentation.


References


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