public Formatter(GrammarP grammar)
: base(grammar)
{
this.B = grammar.B;
SyntaxHighlight = GrammarP.SyntaxHighlight.Color;
FlattenIfHierarchy = true;
ForeColorOfKeyword = Color.Blue;
ForeColorOfOperator = Color.Red;
ForeColorOfType = Color.Cyan;
ForeColorOfLiteral = Color.Purple;
ForeColorOfComment = Color.DarkGreen;
SpecialSyntaxHighlightForColorLiterals = true;
MultiLineCommentDecorator = " @";
}
// static string path2 = @"..\..\..\Sarcasm.UnitTest\Test files\Binary1.expr";
static void Main(string[] args)
{
var stopwatch = Stopwatch.StartNew();
stopwatch.Start();
var grammar = new MiniPLG.GrammarP();
ShowTimeAndRestart(stopwatch, "Creation of grammar");
var parser = MultiParser.Create(grammar);
ShowTimeAndRestart(stopwatch, "Creation of parser");
var parseTree = parser.Parse(File.ReadAllText(path), path);
ShowTimeAndRestart(stopwatch, "Parsing");
var astRootValue = parseTree.RootAstValue;
// string generatedCode = new MiniPLC.CSharpGenerator().Generate(astRootValue);
// string generatedCode = new MiniPLC.CppGenerator().Generate(astRootValue);
#if false
var jsonGrammar = new JsonGrammar();
Unparser universalUnparser = new Unparser(jsonGrammar);
var universalParser = MultiParser.Create(jsonGrammar);
string text = universalUnparser.Unparse(astRootValue).AsText(universalUnparser);
var foo = universalUnparser.Unparse(astRootValue).Select(utoken => utoken.GetDecoration()).ToList();
var parseTree2 = universalParser.Parse(text);
var astRootValue2 = parseTree2.RootAstValue;
string text2 = universalUnparser.Unparse(astRootValue2).AsText(universalUnparser);
bool eq = text == text2;
#endif
Unparser unparser = new Unparser(grammar);
ShowTimeAndRestart(stopwatch, "Creation of unparser");
//var utokens = unparser.Unparse(astRootValue).ToList();
//ShowTimeAndRestart(stopwatch, "Unparsing to utokens");
//unparser.EnableParallelProcessing = false;
//string unparsedText = unparser.Unparse(astRootValue).AsText(unparser);
//var document = parseTree.GetDocument();
//string unparsedText = unparser.Unparse(document).AsText(unparser);
//ShowTimeAndRestart(stopwatch, "Converting utokens to string");
unparser.EnableParallelProcessing = false;
//foreach (Utoken utoken in unparser.Unparse(astRootValue))
// Console.WriteLine(utoken.ToString());
unparser.Unparse(astRootValue).ConsumeAll();
ShowTimeAndRestart(stopwatch, "Sequential unparsing to string");
unparser.EnableParallelProcessing = true;
//foreach (Utoken utoken in unparser.Unparse(astRootValue))
// Console.WriteLine(utoken.ToString());
unparser.Unparse(astRootValue).ConsumeAll();
ShowTimeAndRestart(stopwatch, "Parallel unparsing to string");
//var utokensReverse = unparser.Unparse(astRootValue, Unparser.Direction.RightToLeft).ToList();
//ShowTimeAndRestart(stopwatch, "Reverse unparsing to utokens");
unparser.EnableParallelProcessing = false;
unparser.Unparse(astRootValue, Unparser.Direction.RightToLeft).ConsumeAll();
ShowTimeAndRestart(stopwatch, "Reverse sequential unparsing to string");
unparser.EnableParallelProcessing = true;
unparser.Unparse(astRootValue, Unparser.Direction.RightToLeft).ConsumeAll();
ShowTimeAndRestart(stopwatch, "Reverse parallel unparsing to string");
//stopwatch.Stop();
//Console.WriteLine(stopwatch.ElapsedMilliseconds);
//stopwatch.Start();
//var parser2 = MultiParser.Create(grammar);
//stopwatch.Stop();
//Console.WriteLine(stopwatch.ElapsedMilliseconds);
//var parseTree2 = parser.Parse(File.ReadAllText(path2), path2, grammar.B.Expression);
//var parseTree3 = parser.Parse(File.ReadAllText(path2), path2, (NonTerminal)grammar.B.Expression);
//MiniPL.DomainDefinitions.Expression astValue2 = parseTree2.RootAstValue;
//Unparser unparser = new Unparser(grammar);
//Directory.CreateDirectory("unparse_logs");
//var stream = File.Create(@"unparse_logs\unparsed_text");
//unparser.Unparse(parseTree.Root.AstNode).WriteToStream(stream, unparser);
////string str = unparser.Unparse(parseTree.Root.AstNode).AsString(unparser);
////Console.WriteLine(str);
}
// static string path2 = @"..\..\..\Sarcasm.UnitTest\Test files\Binary1.expr";
static void Main(string[] args)
{
var stopwatch = Stopwatch.StartNew();
stopwatch.Start();
var grammar = new MiniPLG.GrammarP();
ShowTimeAndRestart(stopwatch, "Creation of grammar");
var parser = MultiParser.Create(grammar);
ShowTimeAndRestart(stopwatch, "Creation of parser");
var parseTree = parser.Parse(File.ReadAllText(path), path);
ShowTimeAndRestart(stopwatch, "Parsing");
var astRootValue = parseTree.RootAstValue;
// string generatedCode = new MiniPLC.CSharpGenerator().Generate(astRootValue);
// string generatedCode = new MiniPLC.CppGenerator().Generate(astRootValue);
#if false
var jsonGrammar = new JsonGrammar();
Unparser universalUnparser = new Unparser(jsonGrammar);
var universalParser = MultiParser.Create(jsonGrammar);
string text = universalUnparser.Unparse(astRootValue).AsText(universalUnparser);
var foo = universalUnparser.Unparse(astRootValue).Select(utoken => utoken.GetDecoration()).ToList();
var parseTree2 = universalParser.Parse(text);
var astRootValue2 = parseTree2.RootAstValue;
string text2 = universalUnparser.Unparse(astRootValue2).AsText(universalUnparser);
bool eq = text == text2;
#endif
Unparser unparser = new Unparser(grammar);
ShowTimeAndRestart(stopwatch, "Creation of unparser");
//var utokens = unparser.Unparse(astRootValue).ToList();
//ShowTimeAndRestart(stopwatch, "Unparsing to utokens");
//unparser.EnableParallelProcessing = false;
//string unparsedText = unparser.Unparse(astRootValue).AsText(unparser);
//var document = parseTree.GetDocument();
//string unparsedText = unparser.Unparse(document).AsText(unparser);
//ShowTimeAndRestart(stopwatch, "Converting utokens to string");
unparser.EnableParallelProcessing = false;
//foreach (Utoken utoken in unparser.Unparse(astRootValue))
// Console.WriteLine(utoken.ToString());
unparser.Unparse(astRootValue).ConsumeAll();
ShowTimeAndRestart(stopwatch, "Sequential unparsing to string");
unparser.EnableParallelProcessing = true;
//foreach (Utoken utoken in unparser.Unparse(astRootValue))
// Console.WriteLine(utoken.ToString());
unparser.Unparse(astRootValue).ConsumeAll();
ShowTimeAndRestart(stopwatch, "Parallel unparsing to string");
//var utokensReverse = unparser.Unparse(astRootValue, Unparser.Direction.RightToLeft).ToList();
//ShowTimeAndRestart(stopwatch, "Reverse unparsing to utokens");
unparser.EnableParallelProcessing = false;
unparser.Unparse(astRootValue, Unparser.Direction.RightToLeft).ConsumeAll();
ShowTimeAndRestart(stopwatch, "Reverse sequential unparsing to string");
unparser.EnableParallelProcessing = true;
unparser.Unparse(astRootValue, Unparser.Direction.RightToLeft).ConsumeAll();
ShowTimeAndRestart(stopwatch, "Reverse parallel unparsing to string");
//stopwatch.Stop();
//Console.WriteLine(stopwatch.ElapsedMilliseconds);
//stopwatch.Start();
//var parser2 = MultiParser.Create(grammar);
//stopwatch.Stop();
//Console.WriteLine(stopwatch.ElapsedMilliseconds);
//var parseTree2 = parser.Parse(File.ReadAllText(path2), path2, grammar.B.Expression);
//var parseTree3 = parser.Parse(File.ReadAllText(path2), path2, (NonTerminal)grammar.B.Expression);
//MiniPL.DomainDefinitions.Expression astValue2 = parseTree2.RootAstValue;
//Unparser unparser = new Unparser(grammar);
//Directory.CreateDirectory("unparse_logs");
//var stream = File.Create(@"unparse_logs\unparsed_text");
//unparser.Unparse(parseTree.Root.AstNode).WriteToStream(stream, unparser);
////string str = unparser.Unparse(parseTree.Root.AstNode).AsString(unparser);
////Console.WriteLine(str);
}