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hello world

import java.util.Random; Random rand = new Random(); // instance of random class int upperbound = 25; // generate random values from 0-24 int int_random = rand.nextInt(upperbound); // 0->upperbound -1 double double_random = rand.nextDouble();// 0->1 float float_random = rand.nextFloat(); //0->1

*variables* int age = 0; // implicit var declaration Boolean isCompleted = false; // explicit var declaration final int num = 2; // constant takes less space than var *strings* String str1 = "hello"; String s1 = String.format("%s %s %d :)", "1+4", "=", 5); *classes* public class MyClass...

test

*variables* var age = 0 // implicit var declaration var isCompleted:Bool = false // explicit var declaration let num:Int = 2 // const takes less space than var *strings* var str1:String = "1+4 = \(1+4)" // "1+4 = 5" *classes* class MyClass:SomeSuperClass{ var myProperty:Int override init(){...

use left stick to steer left or right and right stick pointed up and (left or right) to drift tight corners

so yeah there is also a swift version of the living grimoire Artificial General Intelligence software design pattern it took much less time to translate than I had thought, about 1 month, well if you don't count the time it took to learn swift. swift is very much similar to python syntax wise...

so yeah there is also a swift version of the living grimoire Artificial General Intelligence software design pattern it took much less time to translate than I had thought, about 1 month, well if you don't count the time it took to learn swift. swift is very much similar to python syntax wise...

@ZORO

func extractEmailAddrIn(text: String) -> [String] { var results = [String]() let emailRegex = "[A-Z0-9a-z._%+-]+@[A-Za-z0-9.-]+\\.[A-Za-z]{2,6}" let nsText = text as NSString do { let regExp = try NSRegularExpression(pattern: emailRegex, options: .caseInsensitive)...

func getFutureInXMin(extra_minutes: Int) -> String { // '''This method returns the date in x minutes''' if extra_minutes > 1440 {return "hmm"} let nowSum = getHoursAsInt()*60 + getMinutesAsInt() var dif = nowSum + extra_minutes if dif > 1440...

let playGround = PlayGround() print(playGround.getCurrentTimeStamp()) // at 6:09 the output was 6:9, it should be 6:09 print(playGround.getFutureInXMin(extra_minutes: 60)) // shows minutes + 60 instead of the time in 60 minutes print("getPastInXMin") print(playGround.getPastInXMin(less_minutes...

//playground class test let playGround = PlayGround() print(playGround.getCurrentTimeStamp()) print(playGround.getSpecificTime(time_variable: enumTimes.day)) print(playGround.getMonthAsInt()) print(playGround.getHoursAsInt()) print(playGround.getFutureInXMin(extra_minutes: 10)) // errors when...

''' REGEXUTIL CLASS''' # returns expression of type theRegex from the string str2Check class RegexUtil: def regexChecker(self, theRegex: str, str2Check: str) -> str: regexMatcher = re.search(theRegex, str2Check) if (regexMatcher != None): return...