changes

parseManager/Program.cs

@@ -13,7 +13,7 @@ public class define
 {
     public void testM(string arg1)
     {
-    	Console.WriteLine(arg1 + " it works!");
+    	Console.WriteLine(arg1);
     }
     public void testM2(string arg1)
     {
@@ -27,8 +27,8 @@ namespace parseManager
 		public static void Main(string[] args)
 		{
 			Console.WriteLine("Hello World!");
-			parseManager test = new parseManager("path","define");
-			test.invokeA("testM",new object[]{""});
+			parseManager test = new parseManager("parsetest2.txt","define");
+			test.invokeA("testM",new object[]{"This is invoked!"});
 			Console.Write("Press any key to continue . . . ");
 			Console.ReadKey(true);
 		}

parseManager/bin/Debug/parsetest2.txt

@@ -0,0 +1,66 @@
+ENTRY START
+[START]{
+	a=10>1
+	b=10<1
+	"test: $a$ $b$"
+	test["name"]="Ryan"
+	name=test["name"]
+	"Hi $test[name]$! $name$"
+	testfunc("hello",(5!),15@1)
+	test("hello",sqrt(5!),(15@1)/2)
+}
+[@:construct]{ -- get % out of 100
+	ret=l/(r/100)
+    return(ret)
+}
+[>:construct]{ -- get % out of 100
+	ret=rshift(l,r)
+    return(ret)
+}
+[<:construct]{ -- get % out of 100
+	ret=lshift(l,r)
+    return(ret)
+}
+[~:construct]{ -- negate variable
+	if r~=NONE then GOTO(sub)|GOTO(neg)
+	::sub::
+		ret=l-r
+		return(ret)
+		GOTO(end)
+	::neg::
+		ret=0-r
+		return(ret)
+	::end::
+}
+[test:function(a,b,c)]{
+	"$a$ $b$ $c$"
+}
+-- You dont have too many symbols left to use though. For now a symbol is only 1 char long so you are limited
+[fact:function(n)]{
+	count=1
+	stop=n
+	::loop:: -- for loop kinda, can become a stateloop as well
+		n=n*count
+		count=count+1
+		if count==stop then GOTO(end)|GOTO(loop)
+	::end::
+		ret=n
+}
+[neg:function(n)]{
+	ret=n*(0-1)
+}
+--Bind the fact function to the symbol '!'
+[!:construct]{
+	env=fact(l)
+	ret=env["ret"]
+	return(ret)
+}
+[NOVAR]{
+	::go::
+		"I AM HERE!!!"
+		NOVAR="TEST"
+		JUMP(START)
+}
+[TEST]{
+	"We are now here"
+}

parseManager/parseManager.cs

@@ -18,57 +18,57 @@ namespace parseManager
 	/// </summary>
 	public class parseManager
 	{
-		string filepath;
-		bool hasDefine;
-		string define;
-		string entry="START";
-		Type defineType;
-		MethodInfo defineMethod;
-		object defineClassObject;
-		Dictionary<string, string> chunks = new Dictionary<string, string>();
+		string _filepath;
+		bool _hasDefine;
+		string _define;
+		string _entry="START";
+		Type _defineType;
+		MethodInfo _defineMethod;
+		object _defineClassObject;
+		Dictionary<string, string> _chunks = new Dictionary<string, string>();
 		private void parse(){
 			try
 		    {
-			    StreamReader sr = File.OpenText (filepath);
+			    StreamReader sr = File.OpenText (_filepath);
 				string CDFDATA = sr.ReadToEnd ();
 				string pattern = @"\[(.+)\][\r\n]*?\{([^\0]+?)\}";
 				var match = Regex.Matches( CDFDATA, pattern );
 				foreach (Match m in match)
-					chunks.Add (m.Groups [1].ToString (), m.Groups [2].ToString ());
+					_chunks.Add (m.Groups [1].ToString (), m.Groups [2].ToString ());
 		    }
 		    catch (FileNotFoundException ex)
 		    {
-		    	Console.WriteLine("File '"+filepath+"' does not exist!\n"+ex);
+		    	Console.WriteLine("File '"+_filepath+"' does not exist!\n"+ex);
 		    }
 			
 		}
 		public parseManager(string filepath)
 		{
-			this.filepath=filepath;
-			hasDefine=false;
+			_filepath=filepath;
+			_hasDefine=false;
 			parse();
 		}
 		public parseManager(string filepath,string define){
-			this.define=define;
-			hasDefine=true;
-			this.filepath=filepath;
-			defineType = Type.GetType(define);
-			ConstructorInfo defineConstructor = defineType.GetConstructor(Type.EmptyTypes);
-			defineClassObject = defineConstructor.Invoke(new object[]{});
+			_define=define;
+			_hasDefine=true;
+			_filepath=filepath;
+			_defineType = Type.GetType(define);
+			ConstructorInfo defineConstructor = _defineType.GetConstructor(Type.EmptyTypes);
+			_defineClassObject = defineConstructor.Invoke(new object[]{});
 			parse();
 		}	
 		public int invokeA(string method, object[] args){ // TODO collect the returned arguments if any
-			if (!hasDefine)
+			if (!_hasDefine)
 				return -1;
-			defineMethod = defineType.GetMethod(method);
-			defineMethod.Invoke(defineClassObject, args);
+			_defineMethod = _defineType.GetMethod(method);
+			_defineMethod.Invoke(_defineClassObject, args);
 			return 0;
 		}
 		public int invokeNA(string method, object[] args){ // Simple Invoking!
-			if (!hasDefine)
+			if (!_hasDefine)
 				return -1;
-			defineMethod = defineType.GetMethod(method);
-			defineMethod.Invoke(defineClassObject, args);
+			_defineMethod = _defineType.GetMethod(method);
+			_defineMethod.Invoke(_defineClassObject, args);
 			return 0;
 		}
 		public nextType next(){