Welcome to NerdDeck, a project initiated during the first semester of my Master's program at TH Rosenheim in the course Concepts of Programming Languages. In this project, I will be comparing two programming languages, Go and F#, within the context of functional programming.
This repository is dedicated to exploring the paradigms of functional programming in the context of two distinct programming languages: Go and F#.
I wrote a paper for this project, it contains an introduction for functional programming, for Go and F# and also for the coding project NerdDeck. This paper was written in LaTeX and can be found here here.
This section is about how you can execute the code by yourself. Note that NerdDeck is only a command line program!
- Verify that you have installed everything which is necessary for Go on your system (info can be found here)
- I used go version go1.21.2 darwin/arm64 on my system
- If you have Go installed successfully clone the repository:
git clone https://github.com/maex0/nerddeck.git - Navigate to the project directory:
cd nerddeck - Navigate to the go project directory:
cd go - Build the project with
go build - Execute with
./nerddeckand enjoy NerdDeck
- Verify that you have installed everything which is necessary F# on your system. I used .NET 7 on my system
- Clone the repository:
git clone https://github.com/maex0/nerddeck.git - Navigate to the go project directory:
cd fsharp - Execute
dotnet buildand verify there are no build errors - Execute
dotnet publish -c Release -r osx-x64 --output ./Release ./src/App/App.fsprojand enjoy NerdDeck (I used osx-x64 because I use a mac. For Windows or Linux users look for dotnet publish documentation and different runtimes) - Go into the folder with
./Release, execute with./NerdDeckand enjoy NerdDeck
Disclaimer: For the purpose of this project, a single json file is used as a simple and lightweight database to store flashcards. While this approach is suitable for educational and illustrative purposes, it may not be suitable for production usage due to limitations in scalability and concurrent access.
In a production environment, a more robust database solution should be considered, such as a relational database (e.g., PostgreSQL, MySQL) or a NoSQL database (e.g., MongoDB). The choice of the database will depend on the specific requirements of the application.
The flashcard data is stored in a JSON file with the following structure:
[
{
"ID": "37268335dd6931045bdcdf926",
"Question": "What algebraic data types does F# use?",
"Answer": "Record types and discriminated unions",
"Repetitions": 1,
"EasinessFactor": 1.3,
"NextReview": "2023-12-18T18:17:22.438077+01:00"
}
]In order to meet the requirements, a flashcard model is necessary. It is crucial that users are able to create multiple flashcards and validate that there are no duplicates of the question-answer combination. The ID is generated from the question and answer of the flashcard, serving as a primary key for the model. This model should be used in both languages.
Contributions are welcome! If you have insights, suggestions, or additional examples to contribute, feel free to contact me.
This project is open-source and available under the MIT License. See the License file for more details.