public void InterConvertCodeRangeAndIndicies(string code)
{
var ast = new JavaCstGeneratorUsingAntlr3().GenerateTreeFromCodeText(code);
foreach (var elem in ast.DescendantsAndSelf("statement"))
{
int inclusiveStart, exclusiveEnd;
var range = ConvertRangeToIndicies(code, elem, out inclusiveStart, out exclusiveEnd);
ConvertIndiciesToRange(ast, code, inclusiveStart, exclusiveEnd, range);
}
}
public void FindElement()
{
var cst = new JavaCstGeneratorUsingAntlr3().GenerateTreeFromCodeText(@"
public class Hello {
public static void main(String[] args) {
System.out.println(1);
}
}");
var stmt = cst.Descendants("statement").First();
var pos = CodeRange.Locate(stmt);
Assert.That(pos.FindInnermostNode(cst), Is.EqualTo(stmt));
Assert.That(pos.FindOutermostNode(cst), Is.EqualTo(stmt.Parent));
}
public void Locate()
{
var code = @"
public class Hello {
public static void main(String[] args) {
}
}";
var xml = new JavaCstGeneratorUsingAntlr3().GenerateTreeFromCodeText(code);
var id = xml.Descendants("IDENTIFIER").First();
var range = CodeRange.Locate(id);
Assert.That(range.GetCodeFragment(code), Is.EqualTo(id.TokenText));
Assert.That(
range.GetCodeFragment(new StructuredCode(code)),
Is.EqualTo(id.TokenText));
}
public void SerializeAndDeserialize() {
var proc = new JavaCstGeneratorUsingAntlr3();
var fileInfo = new FileInfo("temp.txt");
var code = @"
class Main {
void test() { obj.method().<Object>method2(); }
}
";
var tree = proc.GenerateTreeFromCodeText(code);
tree.Serialize(fileInfo);
var tree2 = CstNode.Deserialize(fileInfo);
Assert.That(tree.Code, Is.EqualTo(code));
Assert.That(tree2.Code, Is.EqualTo(code));
Assert.That(tree2.ToXml().ToCst().Code, Is.EqualTo(code));
fileInfo.Delete();
}
public void SerializeAndDeserialize()
{
var proc = new JavaCstGeneratorUsingAntlr3();
var fileInfo = new FileInfo("temp.txt");
var code = @"
class Main {
void test() { obj.method().<Object>method2(); }
}
";
var tree = proc.GenerateTreeFromCodeText(code);
tree.Serialize(fileInfo);
var tree2 = CstNode.Deserialize(fileInfo);
Assert.That(tree.Code, Is.EqualTo(code));
Assert.That(tree2.Code, Is.EqualTo(code));
Assert.That(tree2.ToXml().ToCst().Code, Is.EqualTo(code));
fileInfo.Delete();
}
public void FindElement() {
var cst = new JavaCstGeneratorUsingAntlr3().GenerateTreeFromCodeText(@"
public class Hello {
public static void main(String[] args) {
System.out.println(1);
}
}");
var stmt = cst.Descendants("statement").First();
var pos = CodeRange.Locate(stmt);
Assert.That(pos.FindInnermostNode(cst), Is.EqualTo(stmt));
Assert.That(pos.FindOutermostNode(cst), Is.EqualTo(stmt.Parent));
}
public void InterConvertCodeRangeAndIndicies(string code) {
var ast = new JavaCstGeneratorUsingAntlr3().GenerateTreeFromCodeText(code);
foreach (var elem in ast.DescendantsAndSelf("statement")) {
int inclusiveStart, exclusiveEnd;
var range = ConvertRangeToIndicies(code, elem, out inclusiveStart, out exclusiveEnd);
ConvertIndiciesToRange(ast, code, inclusiveStart, exclusiveEnd, range);
}
}
public void Locate() {
var code = @"
public class Hello {
public static void main(String[] args) {
}
}";
var xml = new JavaCstGeneratorUsingAntlr3().GenerateTreeFromCodeText(code);
var id = xml.Descendants("IDENTIFIER").First();
var range = CodeRange.Locate(id);
Assert.That(range.GetCodeFragment(code), Is.EqualTo(id.TokenText));
Assert.That(
range.GetCodeFragment(new StructuredCode(code)),
Is.EqualTo(id.TokenText));
}