static void Main(string[] args)
{
// a lot of tests below
BigNum test = new BigNum((double)-0.654493524, false);
Console.Out.WriteLine(test);
BigNum test1 = new BigNum((double)-0.654493524, true);
Console.Out.WriteLine(test1);
BigNum test2 = new BigNum("-5840.568");
Console.Out.WriteLine(test2);
BigNum test3 = new BigNum((double)-4.54896185, true);
Console.Out.WriteLine(test3);
BigNum test4 = new BigNum((double)-4.54896185, false);
Console.Out.WriteLine(test4);
test4 = new BigNum((double)-4.25, true);
Console.Out.WriteLine(test4);
test4 = new BigNum((double)-4.25, false);
Console.Out.WriteLine(test4);
test4 = new BigNum(test4.ToString());
Console.Out.WriteLine(test4);
test3 = new BigNum(test3.ToString());
Console.Out.WriteLine(test3);
test4 = new BigNum("0");
Console.Out.WriteLine(test4);
test4 = new BigNum("0.0");
Console.Out.WriteLine(test4);
Console.Out.WriteLine(test3 - test);
Console.Out.WriteLine(test2 - test1);
Console.Out.WriteLine(test1 + test2);
Console.Out.WriteLine(test + test3);
Console.Out.WriteLine(test > test3);
Console.Out.WriteLine(test + test3 <= test2);
Console.Out.WriteLine(test + test3 != test1);
Console.Out.WriteLine(test - test3 < test4);
Console.Out.WriteLine("Marker1.................");
Console.Out.WriteLine(test - test3 * test4);
Console.Out.WriteLine(test2 - test3 / test4);
test4 = new BigNum("0.0");
test3 = new BigNum("0.");
test2 = new BigNum("0");
test1 = new BigNum("0.00");
Console.Out.WriteLine(test2 - test3 / test4);
Console.Out.WriteLine(test1 == test1);
Console.Out.WriteLine(test1 == test2);
Console.Out.WriteLine(test1 == test3);
Console.Out.WriteLine(test1 == test4);
Console.Out.WriteLine(test2 == test3);
Console.Out.WriteLine(test3 == test4);
Console.Out.WriteLine(test2 == test4);
test1 = new BigNum(0.5, false);
test2 = new BigNum(-5.0, false);
test3 = new BigNum(-0.03, false);
Console.Out.WriteLine("Marker2.................");
Console.Out.WriteLine(test4 / test3);
Console.Out.WriteLine(test3 / test2);
Console.Out.WriteLine(test3 / test1);
Console.Out.WriteLine(test2 / test1);
Console.Out.WriteLine(test2 / test2);
Console.Out.WriteLine(test1 / test2);
Console.Out.WriteLine("Marker3.................");
Console.Out.WriteLine(double.MaxValue);
Console.Out.WriteLine(double.MinValue);
test4 = new BigNum(double.MaxValue.ToString());
Console.Out.WriteLine(test4);
test4 = new BigNum(double.MinValue.ToString());
Console.Out.WriteLine(test4);
Console.Out.WriteLine(test4.ToString().Length);
Console.Out.WriteLine(BigNum.IsToStringCorrect(5));
Console.Out.WriteLine(BigNum.IsToStringCorrect(-5.0));
Console.Out.WriteLine(BigNum.IsToStringCorrect(-0.5));
Console.Out.WriteLine(BigNum.IsToStringCorrect(-0.25));
Console.Out.WriteLine(BigNum.IsToStringCorrect(0.15));
Console.Out.WriteLine("Marker4.................");
Console.Out.WriteLine(BigNum.IsToStringCorrect(double.MinValue));
Console.Out.WriteLine(BigNum.IsToStringCorrect(double.MaxValue));
Console.Out.WriteLine(BigNum.IsToStringCorrect(5));
Console.Out.WriteLine(BigNum.IsToStringCorrect(6.75));
Console.Out.WriteLine(BigNum.IsToStringCorrect(-1.25));
Console.Out.WriteLine(BigNum.IsToStringCorrect(-1.25e-3));
Console.Out.WriteLine(BigNum.IsToStringCorrect(-2.5e-1));
Console.Out.WriteLine(BigNum.IsToStringCorrect(-1.56e-5));
Console.Out.WriteLine(BigNum.IsToStringCorrect(97.56e-89));
Console.Out.WriteLine("Marker5.................");
test4 = new BigNum(double.MinValue.ToString());
Console.Out.WriteLine(test4);
Console.Out.WriteLine(test4.ToString().Length);
test4 = new BigNum(test4.ToString());
Console.Out.WriteLine(test4);
Console.Out.WriteLine(test4.ToString().Length);
Console.Out.WriteLine("Marker5.................");
double aaa = 1e-100;
Console.Out.WriteLine(aaa);
test4 = new BigNum(aaa, false);
Console.Out.WriteLine(test4);
aaa = 1e-321;
Console.Out.WriteLine(aaa);
test4 = new BigNum(aaa, false);
Console.Out.WriteLine(test4);
aaa = 1e-323;
Console.Out.WriteLine(aaa);
test4 = new BigNum(aaa, false);
Console.Out.WriteLine(test4);
aaa = 1e-324;
Console.Out.WriteLine(aaa);
test4 = new BigNum(aaa, false);
Console.Out.WriteLine(test4);
}
public void TestCase()
{
BigNum myNum = new BigNum("0000.00000124");
string mystring = myNum.ToString();
myNum = new BigNum(Math.Pow(2, 52).ToString());
string s = myNum.ToString();
Assert.AreEqual(".00000124", mystring);
myNum = new BigNum(45.3265, true);
Assert.AreEqual("45.3265", myNum.ToString());
myNum = new BigNum("-45.25600000");
mystring = myNum.ToString();
Assert.AreEqual("-45.256", mystring);
myNum = new BigNum("17825.23569874");
mystring = myNum.ToString();
Assert.AreEqual("17825.23569874", mystring);
BigNum newNum = new BigNum("256.2314");
var b = myNum * newNum;
mystring = b.ToString();
b = myNum / newNum;
mystring = b.ToString();
b = myNum + newNum;
mystring = b.ToString();
b = myNum - newNum;
mystring = b.ToString();
BigNum numOne = new BigNum("5");
BigNum numTwo = new BigNum("10");
string numOneString = numOne.ToString();
Assert.AreEqual("5", numOneString);
String numTwoString = numTwo.ToString();
Assert.AreEqual("10", numTwoString);
Assert.AreEqual("15", (numOne + numTwo).ToString());
Assert.AreEqual("50", (numOne * numTwo).ToString());
Assert.AreEqual("2", (numTwo / numOne).ToString());
BigNum zero = new BigNum("0000000");
Assert.IsTrue((myNum / zero).IsUndefined);
BigNum a = new BigNum("5.2");
BigNum c = new BigNum("5.2");
bool compare = a > c;
Assert.IsFalse(compare);
compare = a >= c;
Assert.IsTrue(compare);
compare = a < c;
Assert.IsFalse(compare);
compare = a <= c;
Assert.IsTrue(compare);
c = new BigNum("-5.2");
compare = a > c;
Assert.IsTrue(compare);
compare = a >= c;
Assert.IsTrue(compare);
compare = a < c;
Assert.IsFalse(compare);
compare = a <= c;
Assert.IsFalse(compare);
BigNum fromDouble = new BigNum(45.24587, false);
string doubeString = fromDouble.ToString();
Assert.AreEqual(doubeString, "45.245869999999996480255504138767719268798828125");
bool isSame = BigNum.IsToStringCorrect(45.24587);
Assert.IsFalse(isSame);
Assert.IsTrue(BigNum.IsToStringCorrect(4.5));
}
static void Main()
{
//var num = "127.6948";
//var blah = new BigNum(num);
//var value = 127.6948;
//var foo = new BigNum(value, false);
//var one = "10.894";
//var two = "4.6828";
//var bone = new BigNum(one);
//var btwo = new BigNum(two);
//BigNum added = bone + btwo;
//BigNum divided = bone / btwo;
BigNum myBigNum = new BigNum("3.1415");
BigNum bn = new BigNum("3.004837");
BigNum quotent = myBigNum / bn;
BigNum num1 = new BigNum("1.254353");
BigNum num2 = new BigNum(".0532112");
BigNum quotient = num1 / num2;
//var ne = ".00000278";
//var wo = ".00011";
//var bne = new BigNum(ne);
//var bwo = new BigNum(wo);
//BigNum dded = bne - bwo;
//BigNum dd = bne + bwo;
//var n = "3.14";
//var w = "3.145";
//var bn = new BigNum(n);
//var bw = new BigNum(w);
//BigNum dde = bn - bw;
//BigNum p = bn + bw;
////var maxx = long.MaxValue;
////var maxxx = "9223372036854775806.5";
////var bmaxx = new BigNum(maxx.ToString());
////var bmaxxx = new BigNum(maxxx);
////BigNum b = bmaxx + bmaxxx;
//bool h = dde <= dd;
//string s = dded.ToString();
//Regex criteria = new Regex(@"^-?\d*.?\d*$");
//if (!criteria.IsMatch(s) || string.IsNullOrWhiteSpace(s))
//{
// throw new ArgumentException();
//}
//s = added.ToString();
//if (!criteria.IsMatch(s) || string.IsNullOrWhiteSpace(s))
//{
// throw new ArgumentException();
//}
var foo = new BigNum(5, false);
var t = foo.ToString();
var c = BigNum.IsToStringCorrect(.6899999);
var q = new BigNum(double.MaxValue, false);
var w = new BigNum(double.MaxValue, false);
string r = q.ToString();
var e = q + w;
}
