SRegEx works!!!!

Its not a full flegged transpiler but it works at least on RDP's lexer. I can expand on demand.

App/RDP/Scripts/Lexer.gd

@@ -1,5 +1,7 @@
 extends Object
 
+var SRegEx = preload("res://RegM/Scripts/SRegex.gd").new()
+
 
 class_name Lexer
 
@@ -118,17 +120,17 @@ const Spec : Dictionary = \
 	#Operators
 
 	# Logical
-	TokenType.op_Relational : "^[>\\<]=?",
+	TokenType.op_Relational : "^[><]=?",
 	TokenType.op_Equality   : "^[=!]=",
 	TokenType.op_LAnd       : "^&&",
 	TokenType.op_LOr        : "^\\|\\|",
 	TokenType.op_LNot       : "^!",
 
 	# Arithmetic
-	TokenType.op_CAssign        : "^[*\\/\\+\\-]=",
+	TokenType.op_CAssign        : "^[\\*\\/+-]=",
 	TokenType.op_Assign         : "^=",
-	TokenType.op_Additive       : "^[+\\-]",
-	TokenType.op_Multiplicative : "^[*\\/]",
+	TokenType.op_Additive       : "^[+-]",
+	TokenType.op_Multiplicative : "^[\\*\\/]",
 
 	# Literals
 	TokenType.literal_BTrue  : "^\\btrue\\b",
@@ -142,11 +144,11 @@ const Spec : Dictionary = \
 	TokenType.sym_Identifier : "^\\w+"
 }
 
-const SSpec : Dictonary =
+const SSpec : Dictionary = \
 {
 	# Comments
-	TokenType.cmt_SL : "start // inline.repeat()",
-	TokenType.cmt_ML : "start /* set(whitespace !whitespace).repeat.lazy */",
+	TokenType.cmt_SL : "start // inline.repeat(0-)",
+	TokenType.cmt_ML : "start /* set(whitespace !whitespace).repeat(0-).lazy */",
 
 	# Formatting
 	TokenType.fmt_S : "start whitespace.repeat(1-)",
@@ -176,8 +178,8 @@ const SSpec : Dictonary =
 	TokenType.def_Else   : "start \"else\"",
 
 	# Expressions
-	TokenType.expr_PStart  : "start \(",
-	TokenType.expr_PEnd    : "start \)",
+	TokenType.expr_PStart  : "start \\(",
+	TokenType.expr_PEnd    : "start \\)",
 	TokenType.expr_SBStart : "start [",
 	TokenType.expr_SBEnd   : "start ]",
 	TokenType.expr_New     : "start \"new\"",
@@ -190,20 +192,20 @@ const SSpec : Dictonary =
 	TokenType.op_Relational : "start set(> <) =.repeat(0-1)",
 	TokenType.op_Equality   : "start set(= \\!) =",
 	TokenType.op_LAnd       : "start &&",
-	TokenType.op_LOr        : "start \\\| \\\|",
-	TokenType.op_LNot       : "start \\\!",
+	TokenType.op_LOr        : "start \\| \\|",
+	TokenType.op_LNot       : "start \\!",
 
 	# Arithmetic
-	TokenType.op_CAssign        : "start set(* / + -) =",
+	TokenType.op_CAssign        : "start set(* / + \\-) =",
 	TokenType.op_Assign         : "start =",
-	TokenType.op_Additive       : "start set(+ -)",
+	TokenType.op_Additive       : "start set(+ \\-)",
 	TokenType.op_Multiplicative : "start set(* /)",
 
 	# Literals
 	TokenType.literal_BTrue  : "start \"true\"",
 	TokenType.literal_BFalse : "start \"false\"",
 	TokenType.literal_Number : "start digit.repeat(1-)",
-	TokenType.literal_String : "start \\\" !set( \\\" ).repeat(1-) \\\" ",
+	TokenType.literal_String : "start \\\" !set( \\\" ).repeat(0-) \\\"",
 	TokenType.literal_Null   : "start \"null\"",
 
 	# Symbols
@@ -227,10 +229,15 @@ func compile_regex():
 	for type in TokenType.values() :
 		var \
 		regex = RegEx.new()
-		regex.compile( Spec[type] )
+		
+		var original   = Spec[type]
+		var transpiled = SRegEx.transpile(SSpec[type])
+		
+		assert(transpiled == original, "transpiled did not match original")
+		
+		regex.compile( transpiled )
 		
 		SpecRegex[type] = regex
-#		SpecRegex[type].compile( Spec[type] )
 
 func init(programSrcText):
 	SourceText = programSrcText

App/RegM/Lectures/Lecture.5.6.7.Notes.md

@@ -1,7 +1,7 @@
 ## Concatenation
 
 Regex : `/^AB$/`  
-Psuedo: `start str(AB) end`
+Psuedo: `start AB end`  
 
 Machine:
 ```
@@ -13,7 +13,7 @@ Submachine_A --epsilon--> Submachine_B
 ## Union
 
 Regex : `/^A|B$/`  
-Psuedo: `start glyph(A) | glyph(B) end`
+Psuedo: `start A | B end`
 
 Machine:
 ```
@@ -27,7 +27,7 @@ Machine:
 ## Kleene Closure
 
 Regex : `/^A*$/`  
-Psuedo: `start glyph(A).repeating end`
+Psuedo: `start A.repeat(0-) end`
 
 Machine:
 ```

App/RegM/Lectures/Lecture.8.Notes.md

@@ -0,0 +1,30 @@
+# Complex Machines 
+
+Ex:
+
+RegEx : `/xy*|z`  
+SRegEx: `x y.repeat(0-) | z`
+
+## Decomposition
+
+### Stage 1: Union
+```
+->o.start				             (o)
+   \epsilon-> o --xy*-> o -epsilon-->/
+   \epsilon-> o --z---> o -epsilon->/
+```
+### Stage 2: Concatenation
+```
+->o.start                                             (o)
+   \epsilon -> o --x--> o -epsilon-> o --y* -epsilon->/
+   \epsilon -> o --z--> o -epsilon------------------>/
+```
+### Stage 2: Kleene Closure
+```
+                                       |<------------<|
+  ->epsi -> o -x-> o -epsi-> o -epsi-> o -y-> -epsi-> o ->epsi->|
+  |                          |>---------------------->|         /
+->o.start                                                     (o)
+   \epsi -> o -z-> o -epsi------------------------------------>/
+```
+

App/RegM/Lectures/Lecture.9.Notes.md

@@ -0,0 +1,11 @@
+# Syntactic Sugar
+
+Ex:
+
+RegEx : `/a+|[0-3]/`
+SRegEx: `a.repeat(1-) | set(0-3)`
+
+`A+` === `AA*` === `A.repeat(1-)`  === `AA.repeat(0-)`
+`A?` === `A|ε` === `A.repeat(0-1)`
+
+`[0-9]` === `0|1|2|3|4|5|6|7|8|9` === `set(0-9)`

App/RegM/Scripts/FiniteAutomata.gd

@@ -96,8 +96,6 @@ func union_pair(a : NFA, b : NFA):
 
 	return NFA.new(start, accepting)
 
-
-
 func test():
 	var state_1 = State.new(false)
 	var state_2 = State.new(true)