public void When_EmptyTree_Do_not_Write()
{
var b = new SgfBuilder();
b.p("b", "M1").Fork(x => { }).Fork(x => { x.Next(); });
using (var sw = new StringWriter())
{
var target = new SgfWriter(sw, false);
target.WriteSgfTree(b.ToSgfTree());
var excepted = "(;b[M1])";
Trace.WriteLine(excepted);
Trace.WriteLine(sw);
Assert.AreEqual(excepted, sw.ToString());
}
}
public void When_Fork_Do_Use_PreOrder()
{
var b = new SgfBuilder();
b.p("b", "M1")
.Fork(x => x.p("b", "M2").Next().p("b", "M3"))
.Fork(x => x.p("c", "M2").Next().p("c", "M3"));
using (var sw = new StringWriter())
{
var target = new SgfWriter(sw, false);
target.WriteSgfTree(b.ToSgfTree());
var excepted = "(;b[M1](;b[M2];b[M3])(;c[M2];c[M3]))";
Trace.WriteLine(excepted);
Trace.WriteLine(sw);
Assert.AreEqual(excepted, sw.ToString());
}
}
public void When_MultiValue_Do_Properties_Keep_Initial_Sorting()
{
var b = new SgfBuilder();
b
.p("p1", "v1")
.p("p3", "v1")
.p("p1", "v2")
.p("p2", "v1")
.p("p1", "v3")
.p("p2", "v2")
.p("p2", "v3");
using (var sw = new StringWriter())
{
var target = new SgfWriter(sw, false);
target.WriteSgfTree(b.ToSgfTree());
var excepted = "(;p1[v1][v2][v3]p3[v1]p2[v1][v2][v3])";
Trace.WriteLine(excepted);
Trace.WriteLine(sw);
Assert.AreEqual(excepted, sw.ToString());
}
}
public SGFTree ToSGFTree()
{
BuildNode();
return(b.ToSgfTree());
}