private static void TestRename()
{
Lexer l = new Lexer();
Parser p = new Parser(l.Lex("local a = 5; function c() print(a) end c()"));
Chunk c = p.Parse();
c.Scope.RenameVariable("a", "b");
c.Scope.RenameVariable("c", "testfunc");
Visitors.BasicBeautifier e = new Visitors.BasicBeautifier();
Console.WriteLine(e.Beautify(c));
Visitors.ExactReconstruction e2 = new Visitors.ExactReconstruction();
Console.WriteLine(e2.Reconstruct(c));
}
static void TestInline()
{
Lexer l = new Lexer();
Parser p = new Parser(l.Lex("local b = function(a, ...) return a + 1, ... end"));
Chunk c = p.Parse();
AssignmentStatement a = c.Body[0] as AssignmentStatement;
a.Rhs[0] = Refactoring.InlineFunction(a.Rhs[0] as SharpLua.Ast.Expression.AnonymousFunctionExpr);
Visitors.BasicBeautifier e = new Visitors.BasicBeautifier();
a.ScannedTokens = null;
Console.WriteLine(e.Beautify(c));
Visitors.ExactReconstruction e2 = new Visitors.ExactReconstruction();
Console.WriteLine(e2.Reconstruct(c));
}
static void Main(string[] args)
{
TestRename();
TestInline();
TestFindImpl();
TestFindRef();
TestExtractDocComments();
while (true)
{
string line = Console.ReadLine();
try
{
Lexer l = new Lexer();
TokenReader r = l.Lex(line);
//Console.WriteLine("---------------------------------");
foreach (Token t in r.tokens)
{
Console.WriteLine(t.Print());
foreach (Token t2 in t.Leading)
{
Console.WriteLine(" " + t2.Print());
}
}
//Console.WriteLine("- PARSER OUTPUT -");
Parser p = new Parser(r);
Chunk c = p.Parse();
Console.WriteLine("- Simplifying -");
c = (Chunk)c.Simplify();
Console.WriteLine("- Success! -");
//dump(c.Body);
Console.WriteLine("- Basic Beautifier (No Token Stream) -");
Visitors.BasicBeautifier b = new Visitors.BasicBeautifier();
Console.WriteLine(b.Beautify(c));
Console.WriteLine("- Lua Compatible -");
Visitors.LuaCompatibleOutput lco = new Visitors.LuaCompatibleOutput();
Console.WriteLine(lco.Format(c));
Console.WriteLine("- Exact reconstruction -");
Console.WriteLine(new Visitors.ExactReconstruction().Reconstruct(c));
Console.WriteLine("- Minified -");
Console.WriteLine(new Visitors.Minifier().Minify(c));
Console.WriteLine("- Beautifier -");
Console.WriteLine(new Visitors.Beautifier().Beautify(c));
Console.WriteLine("- NonModifiedAstBeautifer -");
Console.WriteLine(new Visitors.NonModifiedAstBeautifier().Beautify(c));
Console.WriteLine("- Misspelled Variables -");
List <Tuple <Variable, Variable> > vars = Refactoring.FindMisspelledVariables(c);
//Console.WriteLine(vars.Count);
foreach (Tuple <Variable, Variable> v in vars)
{
Console.WriteLine(v.Item1.Name + " is close to " + v.Item2.Name);
Console.Write("\t");
if (v.Item1.References > v.Item2.References)
{
Console.WriteLine(v.Item1.Name + " is the best match with " + v.Item1.References + " references");
}
else if (v.Item1.References < v.Item2.References)
{
Console.WriteLine(v.Item2.Name + " is the best match with " + v.Item2.References + " references");
}
else
{
Console.WriteLine("Both have the same amount of references (" + v.Item1.References + ")!");
}
}
List <Variable> unused = Refactoring.FindUnusedVariables(c);
Console.WriteLine("- Unused Variables -");
foreach (Variable v in unused)
{
Console.WriteLine(" " + v.Name);
}
unused = Refactoring.FindUnusedLocalVariables(c);
Console.WriteLine("- Unused Local Variables -");
foreach (Variable v in unused)
{
Console.WriteLine(" " + v.Name);
}
Refactoring.AddModuleDependency(c, "module1");
Refactoring.AddModuleDependency(c, "module2", "local_module2");
Refactoring.AddClrDependency(c, "AClrLib", "AClrLib.NamespaceA.AClrType");
Console.WriteLine("- With Added Dependencies -");
Console.WriteLine(new Visitors.Beautifier().Beautify(c));
c.Scope.ObfuscateLocals();
Console.WriteLine("- With obfuscated locals");
Console.WriteLine(new Visitors.Beautifier().Beautify(c));
}
catch (LuaSourceException ex)
{
Console.WriteLine(line);
Console.WriteLine(" ".Repeat(ex.Column - 1) + "^");
Console.WriteLine("<stdin>:" + ex.Line + ":" + ex.Column + ":" + ex.Message);
Console.WriteLine(ex.ToString());
}
catch (Exception ex)
{
Console.WriteLine(ex.ToString());
}
}
}
static void TestInline()
{
Lexer l = new Lexer();
Parser p = new Parser(l.Lex("local b = function(a, ...) return a + 1, ... end"));
Chunk c = p.Parse();
AssignmentStatement a = c.Body[0] as AssignmentStatement;
a.Rhs[0] = Refactoring.InlineFunction(a.Rhs[0] as SharpLua.Ast.Expression.AnonymousFunctionExpr);
Visitors.BasicBeautifier e = new Visitors.BasicBeautifier();
a.ScannedTokens = null;
Console.WriteLine(e.Beautify(c));
Visitors.ExactReconstruction e2 = new Visitors.ExactReconstruction();
Console.WriteLine(e2.Reconstruct(c));
}
private static void TestRename()
{
Lexer l = new Lexer();
Parser p = new Parser(l.Lex("local a = 5; function c() print(a) end c()"));
Chunk c = p.Parse();
c.Scope.RenameVariable("a", "b");
c.Scope.RenameVariable("c", "testfunc");
Visitors.BasicBeautifier e = new Visitors.BasicBeautifier();
Console.WriteLine(e.Beautify(c));
Visitors.ExactReconstruction e2 = new Visitors.ExactReconstruction();
Console.WriteLine(e2.Reconstruct(c));
}
static void Main(string[] args)
{
TestRename();
TestInline();
TestFindImpl();
TestFindRef();
TestExtractDocComments();
while (true)
{
string line = Console.ReadLine();
try
{
Lexer l = new Lexer();
TokenReader r = l.Lex(line);
//Console.WriteLine("---------------------------------");
foreach (Token t in r.tokens)
{
Console.WriteLine(t.Print());
foreach (Token t2 in t.Leading)
Console.WriteLine(" " + t2.Print());
}
//Console.WriteLine("- PARSER OUTPUT -");
Parser p = new Parser(r);
Chunk c = p.Parse();
Console.WriteLine("- Simplifying -");
c = (Chunk)c.Simplify();
Console.WriteLine("- Success! -");
//dump(c.Body);
Console.WriteLine("- Basic Beautifier (No Token Stream) -");
Visitors.BasicBeautifier b = new Visitors.BasicBeautifier();
Console.WriteLine(b.Beautify(c));
Console.WriteLine("- Lua Compatible -");
Visitors.LuaCompatibleOutput lco = new Visitors.LuaCompatibleOutput();
Console.WriteLine(lco.Format(c));
Console.WriteLine("- Exact reconstruction -");
Console.WriteLine(new Visitors.ExactReconstruction().Reconstruct(c));
Console.WriteLine("- Minified -");
Console.WriteLine(new Visitors.Minifier().Minify(c));
Console.WriteLine("- Beautifier -");
Console.WriteLine(new Visitors.Beautifier().Beautify(c));
Console.WriteLine("- NonModifiedAstBeautifer -");
Console.WriteLine(new Visitors.NonModifiedAstBeautifier().Beautify(c));
Console.WriteLine("- Misspelled Variables -");
List<Tuple<Variable, Variable>> vars = Refactoring.FindMisspelledVariables(c);
//Console.WriteLine(vars.Count);
foreach (Tuple<Variable, Variable> v in vars)
{
Console.WriteLine(v.Item1.Name + " is close to " + v.Item2.Name);
Console.Write("\t");
if (v.Item1.References > v.Item2.References)
Console.WriteLine(v.Item1.Name + " is the best match with " + v.Item1.References + " references");
else if (v.Item1.References < v.Item2.References)
Console.WriteLine(v.Item2.Name + " is the best match with " + v.Item2.References + " references");
else
Console.WriteLine("Both have the same amount of references (" + v.Item1.References + ")!");
}
List<Variable> unused = Refactoring.FindUnusedVariables(c);
Console.WriteLine("- Unused Variables -");
foreach (Variable v in unused)
Console.WriteLine(" " + v.Name);
unused = Refactoring.FindUnusedLocalVariables(c);
Console.WriteLine("- Unused Local Variables -");
foreach (Variable v in unused)
Console.WriteLine(" " + v.Name);
Refactoring.AddModuleDependency(c, "module1");
Refactoring.AddModuleDependency(c, "module2", "local_module2");
Refactoring.AddClrDependency(c, "AClrLib", "AClrLib.NamespaceA.AClrType");
Console.WriteLine("- With Added Dependencies -");
Console.WriteLine(new Visitors.Beautifier().Beautify(c));
c.Scope.ObfuscateLocals();
Console.WriteLine("- With obfuscated locals");
Console.WriteLine(new Visitors.Beautifier().Beautify(c));
}
catch (LuaSourceException ex)
{
Console.WriteLine(line);
Console.WriteLine(" ".Repeat(ex.Column - 1) + "^");
Console.WriteLine("<stdin>:" + ex.Line + ":" + ex.Column + ":" + ex.Message);
Console.WriteLine(ex.ToString());
}
catch (Exception ex)
{
Console.WriteLine(ex.ToString());
}
}
}