//! # QRC Example
//!
//! This example demonstrates the usage of the `qrc` crate for generating and manipulating QR codes.
//! It includes examples of creating a QR code, adding watermarks, and other functionalities provided by the `qrc` crate.

extern crate image;
use image::{imageops, ImageBuffer, Rgba, RgbaImage};
extern crate qrc;
use self::qrc::{add_image_watermark, qr_code, qr_code_to, QRCode};
use std::fs; // Import the fs module from the standard library // Import the QRCode struct from the mini_functions crate

const URL: &str = "https://minifunctions.com/"; // Define a constant for the URL to be encoded

fn main() {
    // Create a new QRCode using the QRCode::from_string() function and convert it to a PNG representation
    let qrcode = QRCode::from_string(URL.to_string()); // Create a new QRCode using the QRCode::from_string() function
    let png = qrcode.to_png(512); // Convert the QRCode into a PNG representation
    let png_data = png.into_raw(); // Convert the PNG representation of the QRCode into a vector of bytes
    let png_image = ImageBuffer::<Rgba<u8>, Vec<u8>>::from_raw(21, 21, png_data).unwrap();
    println!(
        "🦀 fn to_png():                ✅ {:?}",
        png_image.save("qrcode.png")
    ); // Print the PNG representation of the QRCode
    match png_image.save("qrcode.png") {
        Ok(_) => println!("🦀 png file created:           ✅ qrcode.png"), // Print the path to the PNG representation of the QRCode that was saved to a file called "qrcode1.png"
        Err(e) => println!("🦀 png file created:           ❌ qrcode.png: {e}"), // Print the path to the PNG representation of the QRCode that was saved to a file called "qrcode1.png"
    }
    match fs::remove_file("qrcode.png") {
        Ok(_) => println!("🦀 png file removed:           ✅ qrcode.png"), // Print the path to the PNG representation of the QRCode that was saved to a file called "qrcode1.png"
        Err(e) => println!("🦀 png file removed:           ❌ qrcode.png: {e}"), // Print the path to the PNG representation of the QRCode that was saved to a file called "qrcode1.png"
    }

    // Create a new QRCode using the QRCode::from_string() function and convert it to a PNG representation with a custom color
    let qrcode = QRCode::from_string(URL.to_string());
    let red = Rgba([255, 0, 0, 255]);
    let red_qrcode = qrcode.colorize(red); // Create a new QRCode using the QRCode::from_string() function and convert it to a PNG representation with a custom color
    let img: RgbaImage = red_qrcode; // Convert the colorized QR code to a PNG image.
    let new_width = 512;
    let new_height = 512;
    let resized_img = imageops::resize(&img, new_width, new_height, imageops::FilterType::Nearest);
    let image: ImageBuffer<Rgba<u8>, Vec<u8>> = resized_img; // Convert the colorized QR code to a PNG image.
    println!(
        "🦀 fn colorize():              ✅ {:?}",
        image.save("qrcode_colorized.png")
    ); // Print the PNG representation of the QRCode
    match image.save("qrcode_colorized.png") {
        Ok(_) => println!("🦀 colorized png file created: ✅ qrcode_colorized.png"), // Print the path to the PNG representation of the QRCode that was saved to a file called "qrcode.png"
        Err(e) => println!("🦀 colorized png file created: ❌ qrcode_colorized.png: {e}",), // Print the path to the PNG representation of the QRCode that was saved to a file called "qrcode.png"
    }
    match fs::remove_file("qrcode_colorized.png") {
        Ok(_) => println!("🦀 colorized png file removed: ✅ qrcode_colorized.png"), // Print the path to the PNG representation of the QRCode that was saved to a file called "qrcode.png"
        Err(e) => println!("🦀 colorized png file removed: ❌ qrcode_colorized.png: {e}",), // Print the path to the PNG representation of the QRCode that was saved to a file called "qrcode.png"
    }

    // Create a new QRCode using the QRCode::from_string() function and convert it to an SVG representation
    let qrcode = QRCode::from_string(URL.to_string());
    let qrcode_svg = qrcode.to_svg(512); // Convert the QRCode into an SVG representation
    match fs::write("qrcode.svg", qrcode_svg) {
        Ok(_) => println!("🦀 svg file created:           ✅ qrcode.svg"), // Print the path to the SVG representation of the QRCode that was saved to a file called "qrcode.svg"
        Err(e) => println!("🦀 svg file created:           ❌ qrcode.svg: {e}"), // Print the path to the SVG representation of the QRCode that was saved to a file called "qrcode.svg"
    }
    match fs::remove_file("qrcode.svg") {
        Ok(_) => println!("🦀 svg file removed:           ✅ qrcode.svg"), // Print the path to the SVG representation of the QRCode that was saved to a file called "qrcode.svg"
        Err(e) => println!("🦀 svg file removed:           ❌ qrcode.svg: {e}"), // Print the path to the SVG representation of the QRCode that was saved to a file called "qrcode.svg"
    }

    // Create a new QRCode using the QRCode::from_string() function and convert it to a PNG representation with a custom size
    let qrcode = QRCode::new(vec![0x61, 0x62, 0x63]);
    let resized_image: RgbaImage = qrcode.resize(512, 512);
    println!(
        "🦀 fn resize():                ✅ {:?}",
        resized_image.save("qrcode_resized.png")
    ); // Print the PNG representation of the QRCode
    match resized_image.save("qrcode_resized.png") {
        Ok(_) => println!("🦀 resized file created:       ✅ qrcode_resized.png"), // Print the path to the PNG representation of the QRCode that was saved to a file called "qrcode.png"
        Err(e) => println!("🦀 resized file created:       ❌ qrcode_resized.png: {e}",), // Print the path to the PNG representation of the QRCode that was saved to a file called "qrcode.png"
    }
    match fs::remove_file("qrcode_resized.png") {
        Ok(_) => println!("🦀 resized file removed:       ✅ qrcode_resized.png"), // Print the path to the PNG representation of the QRCode that was saved to a file called "qrcode.png"
        Err(e) => println!("🦀 resized file removed:       ❌ qrcode_resized.png: {e}",), // Print the path to the PNG representation of the QRCode that was saved to a file called "qrcode.png"
    }

    // Create a new QRCode using the QRCode::from_string() function and convert it to a PNG representation with a custom size
    let qrcode = QRCode::new(vec![0x61, 0x62, 0x63]);
    let resized_image: RgbaImage = qrcode.resize(512, 512);
    println!(
        "🦀 fn resize():                ✅ {:?}",
        resized_image.save("qrcode_resized.png")
    ); // Print the PNG representation of the QRCode with a custom size of 512x512
    match resized_image.save("qrcode_resized.png") {
        Ok(_) => println!("🦀 resized file created:       ✅ qrcode_resized.png"), // Print the path to the PNG representation of the QRCode that was saved to a file called "qrcode.png"
        Err(e) => println!("🦀 resized file created:       ❌ qrcode_resized.png: {e}",), // Print the path to the PNG representation of the QRCode that was saved to a file called "qrcode.png"
    }
    match fs::remove_file("qrcode_resized.png") {
        Ok(_) => println!("🦀 resized file removed:       ✅ qrcode_resized.png"), // Print the path to the PNG representation of the QRCode that was saved to a file called "qrcode.png"
        Err(e) => println!("🦀 resized file removed:       ❌ qrcode_resized.png: {e}",), // Print the path to the PNG representation of the QRCode that was saved to a file called "qrcode.png"
    }
    // Create a new QRCode using the macro qr_code and convert it to an SVG representation with a custom size of 512x512
    let qrcode = qr_code!(URL.into());
    let qrcode_svg = qrcode.to_svg(512); // Convert the QRCode into an SVG representation with a custom size of 512x512
    match fs::write("qrcode.svg", qrcode_svg) {
        Ok(_) => println!("🦀 svg file created:           ✅ qrcode.svg"), // Print the path to the SVG representation of the QRCode that was saved to a file called "qrcode.svg"
        Err(e) => println!("🦀 svg file created:           ❌ qrcode.svg: {e}"), // Print the path to the SVG representation of the QRCode that was saved to a file called "qrcode.svg"
    }
    match fs::remove_file("qrcode.svg") {
        Ok(_) => println!("🦀 svg file removed:           ✅ qrcode.svg"), // Print the path to the SVG representation of the QRCode that was saved to a file called "qrcode.svg"
        Err(e) => println!("🦀 svg file removed:           ❌ qrcode.svg: {e}"), // Print the path to the SVG representation of the QRCode that was saved to a file called "qrcode.svg"
    }
    // Create a new QRCode using the macro qr_code_to into a PNG representation with a custom size of 512x512
    let qrcode = qr_code_to!(URL.into(), "png", 512);
    match qrcode.save("qrcode.png") {
        Ok(_) => println!("🦀 png file created:           ✅ qrcode.png"), // Print the path to the PNG representation of the QRCode that was saved to a file called "qrcode.png"
        Err(e) => println!("🦀 png file created:           ❌ qrcode.png: {e}",), // Print the path to the PNG representation of the QRCode that was saved to a file called "qrcode.png"
    }
    match fs::remove_file("qrcode.png") {
        Ok(_) => println!("🦀 png file removed:           ✅ qrcode.png"), // Print the path to the PNG representation of the QRCode that was saved to a file called "qrcode.png"
        Err(e) => println!("🦀 png file removed:           ❌ qrcode.png: {e}",), // Print the path to the PNG representation of the QRCode that was saved to a file called "qrcode.png"
    }
    // Create a new QRCode using the macro qr_code_from into a GIF representation with a custom size of 512x512
    let qrcode = qr_code_to!(URL.into(), "gif", 512);
    match qrcode.save("qrcode.gif") {
        Ok(_) => println!("🦀 gif file created:           ✅ qrcode.gif"), // Print the path to the GIF representation of the QRCode that was saved to a file called "qrcode.gif"
        Err(e) => println!("🦀 gif file created:           ❌ qrcode.gif: {e}",), // Print the path to the GIF representation of the QRCode that was saved to a file called "qrcode.gif"
    }
    match fs::remove_file("qrcode.gif") {
        Ok(_) => println!("🦀 gif file removed:           ✅ qrcode.gif"), // Print the path to the GIF representation of the QRCode that was saved to a file called "qrcode.gif"
        Err(e) => println!("🦀 gif file removed:           ❌ qrcode.gif: {e}",), // Print the path to the GIF representation of the QRCode that was saved to a file called "qrcode.gif"
    }
    // Create a new QRCode using the macro qr_code_to into a JPEG representation with a custom size of 512x512
    let qrcode = qr_code_to!(URL.into(), "jpg", 512);
    match qrcode.save("qrcode.jpg") {
        Ok(_) => println!("🦀 jpg file created:           ✅ qrcode.jpg"), // Print the path to the JPG representation of the QRCode that was saved to a file called "qrcode.jpg"
        Err(e) => println!("🦀 jpg file created:          ❌ qrcode.jpg: {e}",), // Print the path to the JPEG representation of the QRCode that was saved to a file called "qrcode.jpg"
    }
    match fs::remove_file("qrcode.jpg") {
        Ok(_) => println!("🦀 jpg file removed:           ✅ qrcode.jpg"), // Print the path to the JPG representation of the QRCode that was saved to a file called "qrcode.jpg"
        Err(e) => println!("🦀 jpg file removed:           ❌ qrcode.jpg: {e}",), // Print the path to the JPEG representation of the QRCode that was saved to a file called "qrcode.jpg"
    }

    // Create a new QRCode add a watermark to it and save it as a PNG file
    let qrcode = QRCode::from_string(URL.to_string());
    let mut qrcode_img = qrcode.to_png(512);
    let watermark_img = image::open("bubba.ico").unwrap().into_rgba8();
    add_image_watermark!(&mut qrcode_img, &watermark_img);
    match qrcode_img.save("qrcode_watermarked.png") {
        Ok(_) => println!("🦀 png file with watermark:           ✅ qrcode_watermarked.png"), // Print the path to the PNG representation of the QRCode that was saved to a file called "qrcode1.png"
        Err(e) => println!("🦀 png file with watermark:           ❌ qrcode_watermarked.png: {e}"), // Print the path to the PNG representation of the QRCode that was saved to a file called "qrcode1.png"
    }
    match fs::remove_file("qrcode_watermarked.png") {
        Ok(_) => {
            println!("🦀 png file with watermark removed:           ✅ qrcode_watermarked.png")
        } // Print the path to the PNG representation of the QRCode that was saved to a file called "qrcode1.png"
        Err(e) => {
            println!("🦀 png file with watermark removed:           ❌ qrcode_watermarked.png: {e}")
        } // Print the path to the PNG representation of the QRCode that was saved to a file called "qrcode1.png"
    }
}