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);
}
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);
}
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.NotEqual(cplx, cplx2);
cplx2.Imaginary = 3.2;
Assert.Equal(cplx, cplx2);
Assert.Equal(cplx, p.Parse("(4.2+3.2j)").Root);
cplx.Real = 0;
Assert.Equal(cplx, p.Parse("(0+3.2j)").Root);
Assert.Equal(cplx, p.Parse("3.2j").Root);
Assert.Equal(cplx, p.Parse("+3.2j").Root);
cplx.Imaginary = -3.2;
Assert.Equal(cplx, p.Parse("-3.2j").Root);
cplx.Real = -9.9;
Assert.Equal(cplx, p.Parse("(-9.9-3.2j)").Root);
cplx.Real = 2;
cplx.Imaginary = 3;
Assert.Equal(cplx, p.Parse("(2+3j)").Root);
cplx.Imaginary = -3;
Assert.Equal(cplx, p.Parse("(2-3j)").Root);
cplx.Real = 0;
Assert.Equal(cplx, p.Parse("-3j").Root);
cplx.Real = -3.2e32;
cplx.Imaginary = -9.9e44;
Assert.Equal(cplx, p.Parse("(-3.2e32 -9.9e44j)").Root);
Assert.Equal(cplx, p.Parse("(-3.2e+32 -9.9e+44j)").Root);
Assert.Equal(cplx, p.Parse("(-3.2e32-9.9e44j)").Root);
Assert.Equal(cplx, p.Parse("(-3.2e+32-9.9e+44j)").Root);
cplx.Imaginary = 9.9e44;
Assert.Equal(cplx, p.Parse("(-3.2e32+9.9e44j)").Root);
Assert.Equal(cplx, p.Parse("(-3.2e+32+9.9e+44j)").Root);
cplx.Real = -3.2e-32;
cplx.Imaginary = -9.9e-44;
Assert.Equal(cplx, p.Parse("(-3.2e-32-9.9e-44j)").Root);
}
public void TestComplexPrecision()
{
Parser p = new Parser();
Ast.ComplexNumberNode cv = (Ast.ComplexNumberNode)p.Parse("(98765432123456.12345678987656+665544332211.9998877665544j)").Root;
Assert.Equal(98765432123456.12345678987656, cv.Real);
Assert.Equal(665544332211.9998877665544, cv.Imaginary);
cv = (Ast.ComplexNumberNode)p.Parse("(98765432123456.12345678987656-665544332211.9998877665544j)").Root;
Assert.Equal(98765432123456.12345678987656, cv.Real);
Assert.Equal(-665544332211.9998877665544, cv.Imaginary);
cv = (Ast.ComplexNumberNode)p.Parse("(98765432123456.12345678987656e+33+665544332211.9998877665544e+44j)").Root;
Assert.Equal(98765432123456.12345678987656e+33, cv.Real);
Assert.Equal(665544332211.9998877665544e+44, cv.Imaginary);
cv = (Ast.ComplexNumberNode)p.Parse("(-98765432123456.12345678987656e+33-665544332211.9998877665544e+44j)").Root;
Assert.Equal(-98765432123456.12345678987656e+33, cv.Real);
Assert.Equal(-665544332211.9998877665544e+44, cv.Imaginary);
}
public void TestPrimitivesStuffAtEnd()
{
Parser p = new Parser();
Assert.AreEqual(new Ast.IntegerNode(42), p.ParseSingle(new SeekableStringReader("42@")));
Assert.AreEqual(new Ast.DoubleNode(42.331), p.ParseSingle(new SeekableStringReader("42.331@")));
Assert.AreEqual(new Ast.BooleanNode(true), p.ParseSingle(new SeekableStringReader("True@")));
Assert.AreEqual(Ast.NoneNode.Instance, p.ParseSingle(new SeekableStringReader("None@")));
var cplx = new Ast.ComplexNumberNode()
{
Real = 4,
Imaginary = 3
};
Assert.AreEqual(cplx, p.ParseSingle(new SeekableStringReader("(4+3j)@")));
cplx.Real = 0;
Assert.AreEqual(cplx, p.ParseSingle(new SeekableStringReader("3j@")));
}
public void TestEquality()
{
Ast.INode n1, n2;
n1 = new Ast.IntegerNode(42);
n2 = new Ast.IntegerNode(42);
Assert.AreEqual(n1, n2);
n2 = new Ast.IntegerNode(43);
Assert.AreNotEqual(n1, n2);
n1 = new Ast.StringNode("foo");
n2 = new Ast.StringNode("foo");
Assert.AreEqual(n1, n2);
n2 = new Ast.StringNode("bar");
Assert.AreNotEqual(n1, n2);
n1 = new Ast.ComplexNumberNode()
{
Real = 1.1,
Imaginary = 2.2
};
n2 = new Ast.ComplexNumberNode()
{
Real = 1.1,
Imaginary = 2.2
};
Assert.AreEqual(n1, n2);
n2 = new Ast.ComplexNumberNode()
{
Real = 1.1,
Imaginary = 3.3
};
Assert.AreNotEqual(n1, n2);
n1 = new Ast.KeyValueNode()
{
Key = new Ast.IntegerNode(42),
Value = new Ast.IntegerNode(42)
};
n2 = new Ast.KeyValueNode()
{
Key = new Ast.IntegerNode(42),
Value = new Ast.IntegerNode(42)
};
Assert.AreEqual(n1, n2);
n1 = new Ast.KeyValueNode()
{
Key = new Ast.IntegerNode(43),
Value = new Ast.IntegerNode(43)
};
Assert.AreNotEqual(n1, n2);
n1 = Ast.NoneNode.Instance;
n2 = Ast.NoneNode.Instance;
Assert.AreEqual(n1, n2);
n2 = new Ast.IntegerNode(42);
Assert.AreNotEqual(n1, n2);
n1 = new Ast.DictNode()
{
Elements = new List <Ast.INode>()
{
new Ast.KeyValueNode()
{
Key = new Ast.IntegerNode(42),
Value = new Ast.IntegerNode(42)
}
}
};
n2 = new Ast.DictNode()
{
Elements = new List <Ast.INode>()
{
new Ast.KeyValueNode()
{
Key = new Ast.IntegerNode(42),
Value = new Ast.IntegerNode(42)
}
}
};
Assert.AreEqual(n1, n2);
n2 = new Ast.DictNode()
{
Elements = new List <Ast.INode>()
{
new Ast.KeyValueNode()
{
Key = new Ast.IntegerNode(42),
Value = new Ast.IntegerNode(43)
}
}
};
Assert.AreNotEqual(n1, n2);
n1 = new Ast.ListNode()
{
Elements = new List <Ast.INode>()
{
new Ast.IntegerNode(42)
}
};
n2 = new Ast.ListNode()
{
Elements = new List <Ast.INode>()
{
new Ast.IntegerNode(42)
}
};
Assert.AreEqual(n1, n2);
n2 = new Ast.ListNode()
{
Elements = new List <Ast.INode>()
{
new Ast.IntegerNode(43)
}
};
Assert.AreNotEqual(n1, n2);
n1 = new Ast.SetNode()
{
Elements = new List <Ast.INode>()
{
new Ast.IntegerNode(42)
}
};
n2 = new Ast.SetNode()
{
Elements = new List <Ast.INode>()
{
new Ast.IntegerNode(42)
}
};
Assert.AreEqual(n1, n2);
n2 = new Ast.SetNode()
{
Elements = new List <Ast.INode>()
{
new Ast.IntegerNode(43)
}
};
Assert.AreNotEqual(n1, n2);
n1 = new Ast.TupleNode()
{
Elements = new List <Ast.INode>()
{
new Ast.IntegerNode(42)
}
};
n2 = new Ast.TupleNode()
{
Elements = new List <Ast.INode>()
{
new Ast.IntegerNode(42)
}
};
Assert.AreEqual(n1, n2);
n2 = new Ast.TupleNode()
{
Elements = new List <Ast.INode>()
{
new Ast.IntegerNode(43)
}
};
Assert.AreNotEqual(n1, n2);
}
public void TestPrimitivesStuffAtEnd()
{
Parser p = new Parser();
Assert.AreEqual(new Ast.IntegerNode(42), p.ParseSingle(new SeekableStringReader("42@")));
Assert.AreEqual(new Ast.DoubleNode(42.331), p.ParseSingle(new SeekableStringReader("42.331@")));
Assert.AreEqual(new Ast.BooleanNode(true), p.ParseSingle(new SeekableStringReader("True@")));
Assert.AreEqual(Ast.NoneNode.Instance, p.ParseSingle(new SeekableStringReader("None@")));
var cplx = new Ast.ComplexNumberNode() {
Real = 4,
Imaginary = 3
};
Assert.AreEqual(cplx, p.ParseSingle(new SeekableStringReader("(4+3j)@")));
cplx.Real=0;
Assert.AreEqual(cplx, p.ParseSingle(new SeekableStringReader("3j@")));
}
public void TestEquality()
{
Ast.INode n1, n2;
n1 = new Ast.IntegerNode(42);
n2 = new Ast.IntegerNode(42);
Assert.AreEqual(n1, n2);
n2 = new Ast.IntegerNode(43);
Assert.AreNotEqual(n1, n2);
n1 = new Ast.StringNode("foo");
n2 = new Ast.StringNode("foo");
Assert.AreEqual(n1, n2);
n2 = new Ast.StringNode("bar");
Assert.AreNotEqual(n1, n2);
n1 = new Ast.ComplexNumberNode() {
Real=1.1,
Imaginary=2.2
};
n2 = new Ast.ComplexNumberNode() {
Real=1.1,
Imaginary=2.2
};
Assert.AreEqual(n1, n2);
n2 = new Ast.ComplexNumberNode() {
Real=1.1,
Imaginary=3.3
};
Assert.AreNotEqual(n1, n2);
n1=new Ast.KeyValueNode() {
Key=new Ast.IntegerNode(42),
Value=new Ast.IntegerNode(42)
};
n2=new Ast.KeyValueNode() {
Key=new Ast.IntegerNode(42),
Value=new Ast.IntegerNode(42)
};
Assert.AreEqual(n1, n2);
n1=new Ast.KeyValueNode() {
Key=new Ast.IntegerNode(43),
Value=new Ast.IntegerNode(43)
};
Assert.AreNotEqual(n1,n2);
n1=Ast.NoneNode.Instance;
n2=Ast.NoneNode.Instance;
Assert.AreEqual(n1, n2);
n2=new Ast.IntegerNode(42);
Assert.AreNotEqual(n1, n2);
n1=new Ast.DictNode() {
Elements=new List<Ast.INode>() {
new Ast.KeyValueNode() {
Key=new Ast.IntegerNode(42),
Value=new Ast.IntegerNode(42)
}
}
};
n2=new Ast.DictNode() {
Elements=new List<Ast.INode>() {
new Ast.KeyValueNode() {
Key=new Ast.IntegerNode(42),
Value=new Ast.IntegerNode(42)
}
}
};
Assert.AreEqual(n1, n2);
n2=new Ast.DictNode() {
Elements=new List<Ast.INode>() {
new Ast.KeyValueNode() {
Key=new Ast.IntegerNode(42),
Value=new Ast.IntegerNode(43)
}
}
};
Assert.AreNotEqual(n1, n2);
n1=new Ast.ListNode() {
Elements=new List<Ast.INode>() {
new Ast.IntegerNode(42)
}
};
n2=new Ast.ListNode() {
Elements=new List<Ast.INode>() {
new Ast.IntegerNode(42)
}
};
Assert.AreEqual(n1,n2);
n2=new Ast.ListNode() {
Elements=new List<Ast.INode>() {
new Ast.IntegerNode(43)
}
};
Assert.AreNotEqual(n1,n2);
n1=new Ast.SetNode() {
Elements=new List<Ast.INode>() {
new Ast.IntegerNode(42)
}
};
n2=new Ast.SetNode() {
Elements=new List<Ast.INode>() {
new Ast.IntegerNode(42)
}
};
Assert.AreEqual(n1,n2);
n2=new Ast.SetNode() {
Elements=new List<Ast.INode>() {
new Ast.IntegerNode(43)
}
};
Assert.AreNotEqual(n1,n2);
n1=new Ast.TupleNode() {
Elements=new List<Ast.INode>() {
new Ast.IntegerNode(42)
}
};
n2=new Ast.TupleNode() {
Elements=new List<Ast.INode>() {
new Ast.IntegerNode(42)
}
};
Assert.AreEqual(n1,n2);
n2=new Ast.TupleNode() {
Elements=new List<Ast.INode>() {
new Ast.IntegerNode(43)
}
};
Assert.AreNotEqual(n1,n2);
}
