public void Two_nodes()
{
const string input = "(;A[B];B[C])";
var expected = TreeWithSingleChild(CreateData("A", "B"), TreeWithNoChildren(CreateData("B", "C")));
Assert.Equal(expected, SgfParser.ParseTree(input), SgfTreeEqualityComparer.Instance);
}
public void Node_without_properties()
{
const string input = "(;)";
var expected = TreeWithNoChildren(new Dictionary <string, string[]>());
Assert.Equal(expected, SgfParser.ParseTree(input), SgfTreeEqualityComparer.Instance);
}
public void Multiple_properties()
{
const string input = "(;A[b][c][d])";
var expected = TreeWithNoChildren(CreateData("A", "b", "c", "d"));
Assert.Equal(expected, SgfParser.ParseTree(input), SgfTreeEqualityComparer.Instance);
}
public void Escaped_property()
{
const string input = @"(;A[\]b\nc\nd\t\te \n\]])";
var expected = TreeWithNoChildren(CreateData("A", "]b\nc\nd e \n]"));
Assert.Equal(expected, SgfParser.ParseTree(input), SgfTreeEqualityComparer.Instance);
}
public void Node_without_properties()
{
var encoded = "(;)";
var expected = new SgfTree(new Dictionary <string, string[]>());
AssertEqual(expected, SgfParser.ParseTree(encoded));
}
public void Single_node_tree()
{
const string input = "(;A[B])";
var expected = TreeWithNoChildren(CreateData("A", "B"));
Assert.Equal(expected, SgfParser.ParseTree(input), SgfTreeEqualityComparer.Instance);
}
public void Escaped_property()
{
const string input = @"(;A[\]b\nc\nd\t\te \n\]])";
var expected = TreeWithNoChildren(CreateData("A", @"]b c d e ]"));
Assert.That(SgfParser.ParseTree(input), Is.EqualTo(expected).Using(SgfTreeEqualityComparer.Instance));
}
public void Multiple_property_values()
{
var encoded = "(;A[b][c][d])";
var expected = new SgfTree(new Dictionary <string, string[]> {
["A"] = new[] { "b", "c", "d" }
});
Assert.Equal(expected, SgfParser.ParseTree(encoded));
}
public void Escaped_property()
{
var encoded = "(;A[\\]b\\nc\\nd\\t\\te \\n\\]])";
var expected = new SgfTree(new Dictionary <string, string[]> {
["A"] = new[] { "]b\nc\nd e \n]" }
});
AssertEqual(expected, SgfParser.ParseTree(encoded));
}
public void Single_node_tree()
{
var encoded = "(;A[B])";
var expected = new SgfTree(new Dictionary <string, string[]> {
["A"] = new[] { "B" }
});
AssertEqual(expected, SgfParser.ParseTree(encoded));
}
public void Multiple_properties()
{
var encoded = "(;A[b]C[d])";
var expected = new SgfTree(new Dictionary <string, string[]> {
["A"] = new[] { "b" }, ["C"] = new[] { "d" }
});
AssertEqual(expected, SgfParser.ParseTree(encoded));
}
public void Two_nodes()
{
var encoded = "(;A[B];B[C])";
var expected = new SgfTree(new Dictionary <string, string[]> {
["A"] = new[] { "B" }
}, new SgfTree(new Dictionary <string, string[]> {
["B"] = new[] { "C" }
}));
AssertEqual(expected, SgfParser.ParseTree(encoded));
}
public void Two_child_trees()
{
const string input = "(;A[B](;B[C])(;C[D]))";
var expected = TreeWithChildren(CreateData("A", "B"),
new[]
{
TreeWithNoChildren(CreateData("B", "C")),
TreeWithNoChildren(CreateData("C", "D"))
});
Assert.Equal(expected, SgfParser.ParseTree(input), SgfTreeEqualityComparer.Instance);
}
public void Two_child_trees()
{
var encoded = "(;A[B](;B[C])(;C[D]))";
var expected = new SgfTree(new Dictionary <string, string[]> {
["A"] = new[] { "B" }
}, new SgfTree(new Dictionary <string, string[]> {
["B"] = new[] { "C" }
}), new SgfTree(new Dictionary <string, string[]> {
["C"] = new[] { "D" }
}));
AssertEqual(expected, SgfParser.ParseTree(encoded));
}
public void Tree_without_nodes()
{
const string input = "()";
Assert.That(() => SgfParser.ParseTree(input), Throws.Exception);
}
public void Properties_without_delimiter()
{
const string input = "(;a)";
Assert.Throws <ArgumentException>(() => SgfParser.ParseTree(input));
}
public void Empty_input()
{
var encoded = "";
Assert.Throws <ArgumentException>(() => SgfParser.ParseTree(encoded));
}
public void Upper_and_lowercase_property()
{
var encoded = "(;Aa[b])";
Assert.Throws <ArgumentException>(() => SgfParser.ParseTree(encoded));
}
public void Node_without_tree()
{
const string input = ";";
Assert.That(() => SgfParser.ParseTree(input), Throws.Exception);
}
public void Properties_without_delimiter()
{
var encoded = "(;A)";
Assert.Throws <ArgumentException>(() => SgfParser.ParseTree(encoded));
}
public void Upper_and_lowercase_property()
{
const string input = "(;Aa[b])";
Assert.That(() => SgfParser.ParseTree(input), Throws.Exception);
}
public void Properties_without_delimiter()
{
const string input = "(;a)";
Assert.That(() => SgfParser.ParseTree(input), Throws.Exception);
}
public void Tree_with_no_nodes()
{
var encoded = "()";
Assert.Throws <ArgumentException>(() => SgfParser.ParseTree(encoded));
}
public void Node_without_tree()
{
var encoded = ";";
Assert.Throws <ArgumentException>(() => SgfParser.ParseTree(encoded));
}
public void Empty_value()
{
const string input = "";
Assert.Throws <ArgumentException>(() => SgfParser.ParseTree(input));
}
public void Tree_without_nodes()
{
const string input = "()";
Assert.Throws <ArgumentException>(() => SgfParser.ParseTree(input));
}
public void Node_without_tree()
{
const string input = ";";
Assert.Throws <ArgumentException>(() => SgfParser.ParseTree(input));
}
public void Upper_and_lowercase_property()
{
const string input = "(;Aa[b])";
Assert.Throws <ArgumentException>(() => SgfParser.ParseTree(input));
}
public void Empty_value()
{
const string input = "";
Assert.That(() => SgfParser.ParseTree(input), Throws.Exception);
}
