TuanCanAPP_iOS1.0/ADHTuanCan/Class/Libs/OtherClassUtil/UIKit/StringUtil.swift

//
//  StringUtil.swift
//  HCQuanfangtong
//
//  Created by Apple on 2021/12/24.
//  Copyright © 2021 Jyp. All rights reserved.
//

import Foundation


//MARK:  String 运算符重载
infix operator ++ : AdditionPrecedence
infix operator -- : AdditionPrecedence
infix operator ** : MultiplicationPrecedence
infix operator / : MultiplicationPrecedence
infix operator < : AdditionPrecedence
infix operator <= : AdditionPrecedence
infix operator > : AdditionPrecedence
infix operator >= : AdditionPrecedence
infix operator === : AdditionPrecedence
infix operator != : AdditionPrecedence

//不控制小数位 精细计算
infix operator ++! : AdditionPrecedence
infix operator --! : AdditionPrecedence
infix operator **! : MultiplicationPrecedence
infix operator /! : MultiplicationPrecedence

//MARK: 💰 格式化
extension String{
    
    static func moneyFormatter(_ value : String?) -> String {
        if value == nil{
            return "0.00"
        }
        let result = Double(value!)
        if result?.isNaN ?? true{
            return "0.00"
        }
        return String.init(format: "%.2f", (result ?? 0))
    }

    static func moneyFormatter(_ value : Double?) -> String {
        if value == nil{
            return "0.00"
        }
        if value?.isNaN ?? true{
            return "0.00"
        }
        return String.init(format: "%.2f", value!)
    }
    
    /// 不控制小数位
    /// - Parameter value: <#value description#>
    /// - Returns: <#description#>
    static func moneyFormatterNotKeepTwoDecimal(_ value : String?) -> String{
        if value == nil{
            return "0.00"
        }
        let result = Double(value!)
        if result?.isNaN ?? true{
            return "0.00"
        }
        return String.init(format: "%f", (result ?? 0))
    }
    static func moneyFormatterNotKeepTwoDecimal(_ value : Double?) -> String{
        if value == nil{
            return "0.00"
        }
        if value?.isNaN ?? true{
            return "0.00"
        }
        return String.init(format: "%f", value!)
    }
    
}






func ++(str:String?, str1:String?) -> String{
    
    guard str == nil && str1 == nil else {
        
        guard let _ = str else {
            return String.moneyFormatter(str1)
        }
        
        guard let _ = str1 else {
            return String.moneyFormatter(str)
        }

        let number = NSDecimalNumber.init(string: str)
        let number1 = NSDecimalNumber.init(string: str1)
        
        if number.decimalValue.isNaN{
            return String.moneyFormatter(number1.stringValue)
        }
        if number1.decimalValue.isNaN{
            return String.moneyFormatter(number.stringValue)
        }
        
        return String.moneyFormatter(number.adding(number1).stringValue)
        
    }
    return "0.00"
    
}
func ++!(str:String?, str1:String?) -> String{
    
    guard str == nil && str1 == nil else {
        
        guard let _ = str else {
            return String.moneyFormatterNotKeepTwoDecimal(str1)
        }
        
        guard let _ = str1 else {
            return String.moneyFormatterNotKeepTwoDecimal(str)
        }

        let number = NSDecimalNumber.init(string: str)
        let number1 = NSDecimalNumber.init(string: str1)
        
        if number.decimalValue.isNaN{
            return String.moneyFormatterNotKeepTwoDecimal(number1.stringValue)
        }
        if number1.decimalValue.isNaN{
            return String.moneyFormatterNotKeepTwoDecimal(number.stringValue)
        }
        
        return String.moneyFormatterNotKeepTwoDecimal(number.adding(number1).stringValue)
        
    }
    return "0.00"
    
}


func --(str:String?, str1:String?) -> String{
    
    guard str == nil && str1 == nil else {
        guard let _ = str else {
            return "-" + String.moneyFormatter(str1)
        }
        
        guard let _ = str1 else {
            return String.moneyFormatter(str)
        }

        let number = NSDecimalNumber.init(string: str)
        let number1 = NSDecimalNumber.init(string: str1)
        
        if number1.decimalValue.isNaN{
            return String.moneyFormatter(number.stringValue)
        }
        
        if number.decimalValue.isNaN{
            if number.decimalValue.isZero{
                return "0.00"
            }
            return "-" + String.moneyFormatter(number1.stringValue)
        }
        
        return String.moneyFormatter(number.subtracting(number1).stringValue)
    }
    
    return "0.00"
    
}
func --!(str:String?, str1:String?) -> String{
    
    guard str == nil && str1 == nil else {
        guard let _ = str else {
            return "-" + String.moneyFormatterNotKeepTwoDecimal(str1)
        }
        
        guard let _ = str1 else {
            return String.moneyFormatterNotKeepTwoDecimal(str)
        }

        let number = NSDecimalNumber.init(string: str)
        let number1 = NSDecimalNumber.init(string: str1)
        
        if number1.decimalValue.isNaN{
            return String.moneyFormatterNotKeepTwoDecimal(number.stringValue)
        }
        
        if number.decimalValue.isNaN{
            if number.decimalValue.isZero{
                return "0.00"
            }
            return "-" + String.moneyFormatterNotKeepTwoDecimal(number1.stringValue)
        }
        
        return String.moneyFormatterNotKeepTwoDecimal(number.subtracting(number1).stringValue)
    }
    
    return "0.00"
    
}
func **(str:String?, str1:String?) -> String{
    
    
    guard str == nil || str1 == nil else {
        let number = NSDecimalNumber.init(string: str)
        let number1 = NSDecimalNumber.init(string: str1)
        
        if number.decimalValue.isNaN || number1.decimalValue.isNaN{
            return "0.00"
        }
        
        return String.moneyFormatter(number.multiplying(by:number1).stringValue)
    }
    return "0.00"
}
func **!(str:String?, str1:String?) -> String{
    
    
    guard str == nil || str1 == nil else {
        let number = NSDecimalNumber.init(string: str)
        let number1 = NSDecimalNumber.init(string: str1)
        
        if number.decimalValue.isNaN || number1.decimalValue.isNaN{
            return "0.00"
        }
        
        return String.moneyFormatterNotKeepTwoDecimal(number.multiplying(by:number1).stringValue)
    }
    return "0.00"
}

func /(str:String?, str1:String?) -> String{
    
    
    if str1 == nil{
        return "0.00"
    }
    
    let number1 = NSDecimalNumber.init(string: str1)
    let number = NSDecimalNumber.init(string: str)
    
    if number.decimalValue.isNaN || number1.decimalValue.isNaN{
        return "0.00"
    }
    
    if number1.decimalValue.isZero{
        return "0.00"
    }
    
    return String.moneyFormatter(number.dividing(by:number1).stringValue)
    
}
func /!(str:String?, str1:String?) -> String{
    
    
    if str1 == nil{
        return "0.00"
    }
    
    let number1 = NSDecimalNumber.init(string: str1)
    let number = NSDecimalNumber.init(string: str)
    
    if number.decimalValue.isNaN || number1.decimalValue.isNaN{
        return "0.00"
    }
    
    if number1.decimalValue.isZero{
        return "0.00"
    }
    
    return String.moneyFormatterNotKeepTwoDecimal(number.dividing(by:number1).stringValue)
    
}

func <(str:String?,number:Any) -> Bool{
    let firstStr = NSDecimalNumber.init(string: str++"")
    if number is Int{
        if firstStr.compare(NSNumber.init(value: number as! Int)) == ComparisonResult.orderedAscending{
            return true
        }
    }
    else if number is Double{
        if firstStr.compare(NSNumber.init(value: number as! Double)) == ComparisonResult.orderedAscending{
            return true
        }
    }
    else if number is Float{
        if firstStr.compare(NSNumber.init(value: number as! Float)) == ComparisonResult.orderedAscending{
            return true
        }
    }
    
    return false
    
}

func <=(str:String?,number:Any)->Bool{
    let firstStr = NSDecimalNumber.init(string: str++"")
    if number is Int{
        if firstStr.compare(NSNumber.init(value: number as! Int)) != ComparisonResult.orderedDescending{
            return true
        }
    }
    else if number is Double{
        if firstStr.compare(NSNumber.init(value: number as! Double)) != ComparisonResult.orderedDescending{
            return true
        }
    }
    else if number is Float{
        if firstStr.compare(NSNumber.init(value: number as! Float)) != ComparisonResult.orderedDescending{
            return true
        }
    }
    return false
}

func >(str:String?,number:Any) -> Bool{
    let firstStr = NSDecimalNumber.init(string: str++"")
    if number is Int{
        if firstStr.compare(NSNumber.init(value: number as! Int)) == ComparisonResult.orderedDescending{
            return true
        }
    }
    else if number is Double{
        if firstStr.compare(NSNumber.init(value: number as! Double)) == ComparisonResult.orderedDescending{
            return true
        }
    }
    else if number is Float{
        if firstStr.compare(NSNumber.init(value: number as! Float)) == ComparisonResult.orderedDescending{
            return true
        }
    }
    
    return false
    
}

func >=(str:String?,number:Any)->Bool{
    let firstStr = NSDecimalNumber.init(string: str++"")
    if number is Int{
        if firstStr.compare(NSNumber.init(value: number as! Int)) != ComparisonResult.orderedAscending{
            return true
        }
    }
    else if number is Double{
        if firstStr.compare(NSNumber.init(value: number as! Double)) != ComparisonResult.orderedAscending{
            return true
        }
    }
    else if number is Float{
        if firstStr.compare(NSNumber.init(value: number as! Float)) != ComparisonResult.orderedAscending{
            return true
        }
    }
    return false
}

func === (str:String?,number:Any)->Bool{
    let firstStr = NSDecimalNumber.init(string: str++"")
    if number is Int{
        if firstStr.compare(NSNumber.init(value: number as! Int)) == ComparisonResult.orderedSame{
            return true
        }
    }
    else if number is Double{
        if firstStr.compare(NSNumber.init(value: number as! Double)) == ComparisonResult.orderedSame{
            return true
        }
    }
    else if number is Float{
        if firstStr.compare(NSNumber.init(value: number as! Float)) == ComparisonResult.orderedSame{
            return true
        }
    }
    
    return false
}
func != (str:String?,number:Any)->Bool{
    let firstStr = NSDecimalNumber.init(string: str++"")
    if number is Int{
        if firstStr.compare(NSNumber.init(value: number as! Int)) != ComparisonResult.orderedSame{
            return true
        }
    }
    else if number is Double{
        if firstStr.compare(NSNumber.init(value: number as! Double)) != ComparisonResult.orderedSame{
            return true
        }
    }
    else if number is Float{
        if firstStr.compare(NSNumber.init(value: number as! Float)) != ComparisonResult.orderedSame{
            return true
        }
    }
    
    return false
}