RENDER TIME CALCULATOR - Tauri With Rust

RTC is an open-source 3D rendering time calculator created with the Tauri framework. The frontend is developed using React (TypeScript) with Vite, while the backend calculations are done in Rust. The project is licensed under the MIT License. This was a practical project to learn how the framework works and also start my studies with Rust, so keep in mind that everything in this project can be improved considering that I'm still new to Rust and it was my first time working with React and TypeScript.

Download:

If you want to download this compiled project, it is available on Gumroad for Windows, MacOS and Linux (.deb and AppImage): https://blender-addons.gumroad.com/l/render_time_calculator

Installation

Prerequisites

Before proceeding with the installation, make sure you have the following software installed on your system:

Node.js
Rust I'm using Tauri version 1.3 for this project.

Step 1: Clone the Repository

Clone this repository to your local development environment:

git clone https://github.com/Wanderson-Magalhaes/RTC_tauri_and_rust_beta.git

Step 2: Install Dependencies

Navigate to the RTC app folder
Install the Node.js dependencies

cd app 
npm install

Step 3: Run the Project

To start the application in development mode, run the following command:

npm run tauri dev

This will launch the RTC application in your development environment.

Building the Application

To compile the application for the operating system you are running, execute the following command:

npm run tauri build --release

This will create a compiled version of the RTC application.

Additional Details

Frontend:

Please note that due to time constraints, detailed explanations of all the project's code components are not provided. However, you can find the interface components in the "/src/components/" folder. Please note that these components may not be implemented in the optimal way, as this was my first time working with React, TypeScript, and Rust.

Within the "/src/components/Pagination" component, you will find the pages of the project. The "Home" component within the child component "pages" is responsible for calling the backend at specified intervals and contains the main fields.

In "/src/SplashScreen.tsx," you will find the initial SplashScreen call, and its HTML is located within "/src/pages/". The entry for the SplashScreen is added to the "vite.config.ts" file using the following code to embed the file within the project:

rollupOptions: {
  input: {
    main: resolve(__dirname, 'index.html'),
    splashscreen: resolve(__dirname, 'src/pages/splashscreen.html')
  },
},

In "/src/Settings.ts," you will find various static project information such as the application name, logo, and initial parameters.

Moving to the backend:

Within "/src-tauri/", you will find project configuration information for Tauri, separated by operating system in the files "tauri.linux.conf.json," "tauri.windows.conf.json," "tauri.macos.conf.json," and "tauri.conf.json" for global Tauri settings.

Inside the "/src-tauri/src/" folder, you will find the backend with all the calculation logic. Although not recommended in Rust, I am using a global variable called "GLOBAL_JSON" to store all calculations. This allows me to access it from any function, and by using Lazy<Arc> and Mutex, I can safely share this data between threads if needed.

Wanderson-Magalhaes / RTC_tauri_and_rust_beta