dependencies: [
    .package(url: "https://github.com/coenttb/swift-percent.git", from: "0.1.0")
]

targets: [
    .target(
        name: "YourTarget",
        dependencies: [
            .product(name: "Percent", package: "swift-percent")
        ]
    )
]

import Percent

// Create percentages using postfix operator
let discount = 25%
let taxRate = 8.5%

// Perform arithmetic operations
let total = discount + taxRate      // 33.5%
let halfPercent = discount / 200%   // 12.5% (percentage of percentage)

// Calculate percentage of values
let originalPrice = 100.0
let discountAmount = discount.of(originalPrice)  // 25.0

// Compare percentages
if discount > taxRate {
    print("Discount is greater than tax rate")
}

// Using postfix operator
let p1 = 50%
let p2 = 25.5%

// Using initializers
let p3 = Percentage(75)
let p4 = Percentage(33.33)

// From fraction
let p5 = Percentage(fraction: 0.5)  // 50%

// From literals
let p6: Percentage = 50
let p7: Percentage = 25.5

// Addition
let sum = 10% + 5.5%  // 15.5%

// Subtraction
let difference = 100% - 25%  // 75%

// Multiplication (percentage of percentage)
let product = 50% * 50%  // 25%

// Division (percentage of percentage)
let quotient = 40% / 200%  // 20%

// Negation
let negative = -10%  // -10%

// Integer values
let intResult = 50%.of(200)  // 100 (Int)

// Floating-point values
let floatResult = 50%.of(250.5)  // 125.25 (Double)

// Exact floating-point result from integer
let exactResult: Double = 50%.of(201)  // 100.5

let percentage = 50%

// Get raw percentage value
percentage.rawValue  // 50.0

// Get fraction (0.0 to 1.0)
percentage.fraction  // 0.5

// String representation
String(describing: percentage)  // "50%"

30% > 25%   // true
50% == 50%  // true
10% < 20%   // true

// Find minimum/maximum
let min = min(25%, 75%)  // 25%
let max = max(25%, 75%)  // 75%

// Generate random percentage in range
let random = Percentage.random(in: 10%...20%)
// Can be 10%, 11%, 12%, 19.98%, etc.

// CGFloat
let cgFloat: CGFloat = 50.5
let p1 = Percentage(cgFloat)  // 50.5%

// Int
let int = 75
let p2 = Percentage(int)  // 75%

// Calculate percentage of different types
let intValue: Int = 200
let intResult = 50%.of(intValue)  // 100 (Int)

let doubleValue: Double = 200.0
let doubleResult = 50%.of(doubleValue)  // 100.0 (Double)