class Echo(Lexeme): string = "glamor" def __init__(self, strLexeme): super(Echo, self).__init__(strLexeme) matcher = CompareMatcher("glamor")
class Class(Lexeme): string = "gaud" def __init__(self, str): super(Class, self).__init__(str) matcher = CompareMatcher(string)
class Access(Lexeme): string = "." def __init__(self, str): super(Access, self).__init__(str) matcher = CompareMatcher(".")
class EOF(Lexeme): string = "<EOF>" def __init__(self, symbolStr): super(EOF, self).__init__(symbolStr) matcher = CompareMatcher('')
class LineEnd(Lexeme): string = "<line_end>" def __init__(self, strLexeme): super(LineEnd, self).__init__(strLexeme) matcher = CompareMatcher('\n')
class Else(Lexeme): string = "minei" def __init__(self, strLexeme): super(Else, self).__init__(strLexeme) matcher = CompareMatcher("minei")
class BlockEnd(Lexeme): string = "meth" def __init__(self, strLexeme): super(BlockEnd, self).__init__(strLexeme) matcher = CompareMatcher("meth")
class Affectation(Lexeme): string = "=" def __init__(self, str): super(Affectation, self).__init__(str) matcher = CompareMatcher("=")
class Input(Lexeme): string = "toltha" def __init__(self, strLexeme): super(Input, self).__init__(strLexeme) matcher = CompareMatcher("toltha")
class GroupEnd(Lexeme): string = ")" def __init__(self, strLexeme): super(GroupEnd, self).__init__(strLexeme) matcher = CompareMatcher(")")
class Not(Lexeme): string = "al" def __init__(self, strLexeme): super(Not, self).__init__(strLexeme) matcher = CompareMatcher("al")
class SeqEnd(Lexeme): string = "]" def __init__(self, strLexeme): super(SeqEnd, self).__init__(strLexeme) matcher = CompareMatcher("]")
class If(Lexeme): string = "gowest" def __init__(self, strLexeme): super(If, self).__init__(strLexeme) matcher = CompareMatcher("gowest")
class Import(Lexeme): string = "baur" def __init__(self, strLexeme): super(Import, self).__init__(strLexeme) matcher = CompareMatcher("baur")
class InstructionSeparator(Lexeme): string = ";" def __init__(self, strLexeme): super(InstructionSeparator, self).__init__(strLexeme) matcher = CompareMatcher(";")
class Bound(Lexeme): string = "gleina" def __init__(self, strLexeme): super(Bound, self).__init__(strLexeme) matcher = CompareMatcher("gleina")
class Enter(Lexeme): string = "minna" def __init__(self, strLexeme): super(Enter, self).__init__(strLexeme) matcher = CompareMatcher("minna")
class Function(Lexeme): string = "tass" def __init__(self, strLexeme): super(Function, self).__init__(strLexeme) matcher = CompareMatcher("tass")
class Or(Lexeme): string = "egor" def __init__(self, strLexeme): super(Or, self).__init__(strLexeme) matcher = CompareMatcher("egor")
class NoneL(Lexeme): string = "cofn" def __init__(self, strLexeme): super(NoneL, self).__init__(strLexeme) matcher = CompareMatcher("cofn")
class GroupStart(Lexeme): string = "(" def __init__(self, strLexeme): super(GroupStart, self).__init__(strLexeme) matcher = CompareMatcher("(")
class And(Lexeme): string = "a" def __init__(self, str): super(And, self).__init__(str) matcher = CompareMatcher("a")
class For(Lexeme): string = "an" def __init__(self, strLexeme): super(For, self).__init__(strLexeme) matcher = CompareMatcher("an")
class Separator(Lexeme): string = "," def __init__(self, strLexeme): super(Separator, self).__init__(strLexeme) matcher = CompareMatcher(",")
class This(Lexeme): string = "sen" def __init__(self, str): super(This, self).__init__(str) matcher = CompareMatcher("sen")
class SeqStart(Lexeme): string = "[" def __init__(self, strLexeme): super(SeqStart, self).__init__(strLexeme) matcher = CompareMatcher("[")
class Catch(Lexeme): string = "raeda" def __init__(self,strLexeme): super(Catch,self).__init__(strLexeme) matcher = CompareMatcher("raeda")
class In(Lexeme): string = "min" def __init__(self,strLexeme): super(In,self).__init__(strLexeme) matcher = CompareMatcher("min")
class Parent(Lexeme): string = "adar" def __init__(self,strLexeme): super(Parent,self).__init__(strLexeme) matcher = CompareMatcher("adar")
class Call(Lexeme): string = "can" def __init__(self,str): super(Call,self).__init__(str) matcher = CompareMatcher("can")