// integers
var ints = Gen.Random.Numbers.Integers();
Console.WriteLine(ints()); // between 0 and 100

var ints2 = Gen.Random.Numbers.Integers(10, 15);
Console.WriteLine(ints2()); // between 10 and 15

var uints = Gen.Random.Numbers.UnsignedIntegers();
Console.WriteLine(uints()); // between 0 and 100

// doubles
var doubles = Gen.Random.Numbers.Doubles(10D, 15D);
Console.WriteLine(doubles()); // between 10D and 15D

// booleans
var booleans = Gen.Random.Numbers.Booleans();
Console.WriteLine(booleans()); // true or false

// dates - DateTime and DateTimeOffset
var dates = Gen.Random.Time.Dates(DateTime.Now.AddYears(-1), DateTime.Now);
Console.WriteLine(date());

// Normal Distribution
var normals = Gen.Random.Numbers.Doubles().WithNormalDistribution(mean: 23.4, standardDeviation: 5.9);
Console.WriteLine(normals());

// male names
var maleNames = Gen.Random.Names.Male();
Console.WriteLine(maleNames());

// female names
var femaleNames = Gen.Random.Names.Female();
Console.WriteLine(femaleNames());

// random mix of male and female names
var firstNames = Gen.Random.Names.First();
Console.WriteLine(firstNames());

// last names
var surnames = Gen.Random.Names.Surname();
Console.WriteLine(surnames());

// full names: '<first name> <last name>'
var fullnames = Gen.Random.Names.Full();
Console.WriteLine(fullnames());

// words
var words = Gen.Random.Text.Words();
Console.WriteLine(words());

// texts
var texts = Gen.Random.Text.Length(100); // .Short(), .Long(), .VeryLong()
Console.WriteLine(texts());

// naughty strings - useful for security testing
var texts = Gen.Random.Text.Naughty();
Console.WriteLine(texts());

// countries
var countries = Gen.Random.Countries();
Console.WriteLine(countries());

// top level domains
var domains = Gen.Random.Internet.TopLevelDomains();
Console.WriteLine(domains());

// email addresses
var addresses = Gen.Random.Internet.EmailAddresses();
Console.WriteLine(addresses());

// urls
var urls = Gen.Random.Internet.Urls();
Console.WriteLine(urls());

// phone numbers using an input mask
var mobileNumbers = Gen.Random.PhoneNumbers.FromMask("+44 (0) 1xxx xxxxxx");
Console.WriteLine(mobileNumbers());

// phone numbers using a pre-defined format
var customFormats = Gen.Random.PhoneNumbers.WithFormat(NumberFormat.UKMobile);
Console.WriteLine(customFormats());

// phone numbers using a randomly selected pre-defined format
var randomFormats = Gen.Random.PhoneNumbers.WithRandomFormat();
Console.WriteLine(randomFormats());

// items with equal likelihood
var items = Gen.Random.Items("A", "B", "C");
Console.WriteLine(items()); 

// items with the likelihoods supplied
var items = Gen.Random.Items(new [] {"A", "B", "C"}, new [] {0.5, 6, 1.3});
Console.WriteLine(items()); 

// enums with equal likelihood - enum EnumType { A, B, C }
var items = Gen.Random.Enum<EnumType>();
Console.WriteLine(items()); 

// enums with the likelihoods supplied
var items = Gen.Random.Enum<EnumType>(new [] {0.5, 6, 1.3});
Console.WriteLine(items()); 

// dates
var date = DateTime.Now;
var newDate = Gen.Change(date).By(10).Days(); //.Minutes(), .Hours(), .Months()
Console.WriteLine(newDate); 

var date = DateTimeOffset.Now;
var newDate = Gen.Change(date).By(TimeSpan.FromSeconds(10));
Console.WriteLine(newDate); 

// numbers: ints, longs, doubles, decimals
var amount = 42;
var newAmount = Gen.Change(amount).By(10).Percent(); //.Amount()
Console.WriteLine(newAmount); 

var seed = 12345;
var number1 = Gen.WithSeed(seed).Random.Numbers.Integers()();
var number2 = Gen.WithSeed(seed).Random.Numbers.Integers()();
Console.WriteLine("{0} = {1}", number1, number2);