Parser.Parse C# (CSharp) Méthode

    public void Parse()
    {
        la = new Token();
        la.val = "";
        Get();
        PetriNetSpec();

        Expect(0);
    }

        public void TestComplex()
        {
            Parser p = new Parser();
            var cplx = new Ast.ComplexNumberNode() {
                Real = 4.2,
                Imaginary = 3.2
            };
            var cplx2 = new Ast.ComplexNumberNode() {
                Real = 4.2,
                Imaginary = 99
            };
            Assert.AreNotEqual(cplx, cplx2);
            cplx2.Imaginary = 3.2;
            Assert.AreEqual(cplx, cplx2);

            Assert.AreEqual(cplx, p.Parse("(4.2+3.2j)").Root);
            cplx.Real = 0;
            Assert.AreEqual(cplx, p.Parse("(0+3.2j)").Root);
            Assert.AreEqual(cplx, p.Parse("3.2j").Root);
            Assert.AreEqual(cplx, p.Parse("+3.2j").Root);
            cplx.Imaginary = -3.2;
            Assert.AreEqual(cplx, p.Parse("-3.2j").Root);
            cplx.Real = -9.9;
            Assert.AreEqual(cplx, p.Parse("(-9.9-3.2j)").Root);

            cplx.Real = 2;
            cplx.Imaginary = 3;
            Assert.AreEqual(cplx, p.Parse("(2+3j)").Root);
            cplx.Imaginary = -3;
            Assert.AreEqual(cplx, p.Parse("(2-3j)").Root);
            cplx.Real = 0;
            Assert.AreEqual(cplx, p.Parse("-3j").Root);
        }