static async Task MainAsync()
{
var t = new CancellationTokenSource();
var s = new Algebra.Core.Session();
var a = s.Alg;
var r1 = await a.Parse("2+3*4+3", t.Token);
Console.WriteLine(r1);
Console.WriteLine($"{r1} es primo: {await a.PrimeP(r1, Algebra.Core.Math.EAlgorithmPrimeP.Default, t.Token)}");
//var r1 = await a.ParsePrompt("2+3", t.Token);
//Print(a, r1, t.Token);
//if (!r1.Finished)
//{
// var r2 = await a.ParsePrompt("*4;", t.Token);
// Print(a, r2, t.Token);
//}
/*
* var pParse = new Parser();
* var r1 = await pParse.Parse("2+3", t.Token);
*
* if (r1.Finished)
* Console.WriteLine(r1.Result);
*
* var r2 = await pParse.Parse("*4;", t.Token);
*
* if (r2.Finished)
* Console.WriteLine(r2.Result);
*/
}
static async Task MainAsync()
{
var t = new CancellationTokenSource();
var s = new Algebra.Core.Session();
var a = s.Alg;
var r1 = await a.ParsePrompt("2+3", t.Token);
Print(a, r1, t.Token);
if (!r1.Finished)
{
var r2 = await a.ParsePrompt("*4;", t.Token);
Print(a, r2, t.Token);
}
/*
* var pParse = new Parser();
* var r1 = await pParse.Parse("2+3", t.Token);
*
* if (r1.Finished)
* Console.WriteLine(r1.Result);
*
* var r2 = await pParse.Parse("*4;", t.Token);
*
* if (r2.Finished)
* Console.WriteLine(r2.Result);
*/
}
static void Main(string[] args)
{
//var n1 = (int)decimal.Parse("1.1", NumberStyles.Float, NumberFormatInfo.InvariantInfo);
//var n2 = double.Parse("1.1", NumberFormatInfo.InvariantInfo);
var a1 = new Algebra.Core.Session().Alg;
//var n1 = a1.ParseNumber("1.1");
var e1 = new NodeExprCte(100, ETypeConstant.Number);
var e2 = new NodeExprCte(200, ETypeConstant.Number);
var e3 = new NodeExprBinary(ETypeBinary.Add, e1, e2);
var e11 = new NodeExprCte(10, ETypeConstant.Number);
var e21 = new NodeExprCte(20, ETypeConstant.Number);
var e31 = new NodeExprBinary(ETypeBinary.Add, e11, e21);
// (100+200)*(10+20)
var e4 = new NodeExprBinary(ETypeBinary.Mult, e3, e31);
// (100+200)*(10+20)+(100+200)*(10+20)
var e5 = new NodeExprBinary(ETypeBinary.Add, e4, e4);
Console.WriteLine(e5);
Console.ReadLine();
}